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change-impact-L1
software-engineering
change-impact
1
8
Which modules must be rebuilt, and in what order?
a JSON object {"rebuild": ["core", "web"], "build_order": ["core", "web"]}
[ "BUILD.md", "change.txt", "modules.json" ]
null
answer
false
true
change-impact-L2
software-engineering
change-impact
2
8
Which modules must be rebuilt, and in what order?
a JSON object {"rebuild": ["core", "web"], "build_order": ["core", "web"]}
[ "BUILD.md", "change.txt", "modules.json" ]
null
answer
false
true
version-resolve-L1
software-engineering
version-resolve
1
8
Resolve one version for each package in requirements.txt using registry.json.
a JSON object mapping every package to a version string, e.g. {"flask": "2.3.1", "axios": "none"}
[ "RESOLVER.md", "registry.json", "requirements.txt" ]
null
answer
false
true
version-resolve-L2
software-engineering
version-resolve
2
8
Resolve one version for each package in requirements.txt using registry.json.
a JSON object mapping every package to a version string, e.g. {"flask": "2.3.1", "axios": "none"}
[ "RESOLVER.md", "advisory.txt", "registry.json", "requirements.txt" ]
null
answer
false
true
module-repair-L3
software-engineering
module-repair
3
12
utils.py has 3 bugs (one per function at most). test_utils.py fails. Fix utils.py so every function matches its docstring. Hidden tests check every function against its docstring. The visible tests do not cover every bug. Submit the complete corrected contents of utils.py as the answer string.
a string holding the whole fixed file, with newlines escaped as \n inside the JSON string
[ "test_utils.py", "utils.py" ]
null
answer
false
true
bom-explosion-L1
industrial-physical-systems
bom-explosion
1
8
Explode the work order through bom.csv. How many units of each raw material are required?
a JSON object mapping each raw material id to an integer, e.g. {"RM-12": 340, "RM-40": 95}
[ "bom.csv", "work_order.txt" ]
null
answer
false
true
bom-explosion-L2
industrial-physical-systems
bom-explosion
2
8
Explode the work order through bom.csv. How many units of each raw material are required to buy?
a JSON object mapping each raw material id to an integer, e.g. {"RM-12": 340, "RM-40": 95}
[ "bom.csv", "stock.csv", "work_order.txt" ]
null
answer
false
true
tank-balance-L1
industrial-physical-systems
tank-balance
1
8
What is the tank level in litres at 11:35, and at what time (HH:MM, rounded up to the whole minute) does the level first reach the alarm level?
a JSON object {"final_level_l": 7350, "first_alarm": "08:47"}
[ "flows.csv", "tank.txt" ]
null
answer
false
true
tank-balance-L2
industrial-physical-systems
tank-balance
2
8
What is the tank level in litres at 10:40, and at what time (HH:MM, rounded up to the whole minute) does the level first reach the alarm level?
a JSON object {"final_level_l": 7350, "first_alarm": "08:47"}
[ "flows.csv", "shift_log.txt", "tank.txt" ]
null
answer
false
true
line-oee-L2
industrial-physical-systems
line-oee
2
10
What was the OEE of machine M58 this shift, in percent? Round to 1 decimal.
a number such as 61.2
[ "notes.txt", "production.csv", "states.csv" ]
null
answer
false
false
line-oee-L3
industrial-physical-systems
line-oee
3
12
Which machine had the lowest OEE this shift, and what was it? Answer as the machine id, a space, and the OEE percent rounded to 1 decimal.
a string such as "M17 54.3"
[ "notes.txt", "production.csv", "states.csv" ]
null
answer
false
true
beer-lambert-L1
natural-science
beer-lambert
1
10
Using the calibration standards, find the fitted slope (AU per uM) and the original concentration of sample U3 in uM.
a JSON object {"slope": 0.012345, "concentration_uM": 41.27} (within 0.5%)
[ "notebook.txt", "samples.csv", "standards.csv" ]
null
answer
false
false
beer-lambert-L2
natural-science
beer-lambert
2
10
Using the calibration standards, find the fitted slope (AU per uM) and the original concentration of sample U5 in uM.
a JSON object {"slope": 0.012345, "concentration_uM": 41.27} (within 0.5%)
[ "notebook.txt", "samples.csv", "standards.csv" ]
null
answer
false
false
stoichiometry-L1
natural-science
stoichiometry
1
8
Which reactant limits the batch, and what mass of Na2SO4 do you expect in theory? Use atomic_masses.txt for molar masses.
a JSON object {"limiting": "<formula>", "theoretical_g": 12.34} (mass in grams, within 0.5%)
[ "atomic_masses.txt", "batch.txt" ]
null
answer
false
false
stoichiometry-L2
natural-science
stoichiometry
2
8
Which reactant limits the batch, and what mass of Na2SO4 do you expect to isolate? Use atomic_masses.txt for molar masses.
a JSON object {"limiting": "<formula>", "expected_g": 12.34} (mass in grams, within 0.5%)
[ "atomic_masses.txt", "batch.txt" ]
null
answer
false
false
kinetics-lab-L3
natural-science
kinetics-lab
3
12
From run.csv and protocol.txt: what is the reaction order and the half-life in minutes? Answer as the order, a space, and the half-life to 4 significant figures.
a string such as "1 23.45"
[ "protocol.txt", "run.csv" ]
null
answer
false
false
meeting-slot-L1
office-white-collar
meeting-slot
1
8
Find the earliest start time for the call, in UTC (HH:MM).
a JSON object {"start_utc": "13:15"}
[ "calendars.csv", "request.txt" ]
null
answer
false
false
meeting-slot-L2
office-white-collar
meeting-slot
2
8
Find the earliest start time for the call, in UTC (HH:MM).
a JSON object {"start_utc": "13:15"}
[ "calendars.csv", "inbox.txt", "request.txt" ]
null
answer
false
true
invoice-match-L1
office-white-collar
invoice-match
1
8
Which invoices can be approved under ap_policy.txt, and what is the total payable for them?
a JSON object {"approved": ["INV-12345"], "total": 1234.56}
[ "ap_policy.txt", "invoices.csv", "purchase_orders.csv", "receipts.csv" ]
null
answer
false
true
invoice-match-L2
office-white-collar
invoice-match
2
8
Which invoices can be approved under ap_policy.txt, and what is the total payable for them?
a JSON object {"approved": ["INV-12345"], "total": 1234.56}
[ "ap_policy.txt", "credit_notes.csv", "invoices.csv", "purchase_orders.csv", "receipts.csv" ]
null
answer
false
true
expense-policy-L3
office-white-collar
expense-policy
3
12
Using expenses.csv and policy.md, how much should Lena Weiss be reimbursed in USD for 2026-04? Round to cents.
a number such as 812.40
[ "expenses.csv", "policy.md", "rates.txt" ]
null
answer
false
true
npv-choice-L1
finance-economics
npv-choice
1
8
Which project has the highest net present value, and what is that NPV in USD?
a JSON object {"best_project": "P00", "npv": 123456.78} (NPV within 1 USD)
[ "memo.txt", "projects.csv" ]
null
answer
false
false
npv-choice-L2
finance-economics
npv-choice
2
8
Which project has the highest net present value, and what is that NPV in USD?
a JSON object {"best_project": "P00", "npv": 123456.78} (NPV within 1 USD)
[ "memo.txt", "projects.csv" ]
null
answer
false
true
bond-desk-L1
finance-economics
bond-desk
1
8
What is the price of bond BD323 per its full face value?
a JSON object {"price": 101.2345} (within 0.01 per 100 face)
[ "bonds.csv", "conventions.txt" ]
null
answer
false
false
bond-desk-L2
finance-economics
bond-desk
2
8
For bond BD323, give its price per full face value and its modified duration in years.
a JSON object {"price": 101.2345, "modified_duration": 4.5678} (price within 0.01 per 100 face, duration within 0.005)
[ "bonds.csv", "conventions.txt" ]
null
answer
false
true
fifo-basis-L1
finance-economics
fifo-basis
1
8
For NOVA only: what is the total realized gain (USD) and how many shares are still held?
a JSON object {"realized_gain": -123.45, "shares_held": 40} (gain within 0.02)
[ "policy.txt", "trades.csv" ]
null
answer
false
false
fifo-basis-L2
finance-economics
fifo-basis
2
8
For KORA only: what is the total realized gain (USD) and how many shares are still held?
a JSON object {"realized_gain": -123.45, "shares_held": 40} (gain within 0.02)
[ "policy.txt", "trades.csv" ]
null
answer
false
true
loan-desk-L3
finance-economics
loan-desk
3
12
Use loans.csv and rules.txt. With the extra payments, how much total interest is paid on loan LN-4578 until it is fully repaid? Dollars, rounded to cents.
a number such as 12345.67
[ "loans.csv", "rules.txt" ]
null
answer
false
true
congruences-L1
mathematics-or-formal-reasoning
congruences
1
6
system.txt lists a system of congruences. Give the smallest non-negative solution x and the modulus M such that the solutions are exactly x + k*M.
a JSON object {"x": 1234, "modulus": 5040} with integers
[ "system.txt" ]
null
answer
false
false
congruences-L2
mathematics-or-formal-reasoning
congruences
2
6
system.txt lists a system of congruences. Give the smallest non-negative solution x and the modulus M such that the solutions are exactly x + k*M, and the count it asks for.
a JSON object {"x": 1234, "modulus": 5040, "count_in_range": 7} with integers
[ "system.txt" ]
null
answer
false
false
logic-grid-L1
mathematics-or-formal-reasoning
logic-grid
1
8
Solve the puzzle in puzzle.txt. Give each person's city.
a JSON object mapping every person to a value, e.g. {"Goran": "Quito", ...}
[ "puzzle.txt" ]
null
answer
false
false
logic-grid-L2
mathematics-or-formal-reasoning
logic-grid
2
8
Solve the puzzle in puzzle.txt. Give each person's pet.
a JSON object mapping every person to a value, e.g. {"Goran": "cat", ...}
[ "puzzle.txt" ]
null
answer
false
false
shortest-route-L1
mathematics-or-formal-reasoning
shortest-route
1
8
Roads in roads.csv are two-way. Find the fastest route from J to G. Give the total minutes and the route as a list of nodes, start and end included.
a JSON object {"minutes": 37, "route": ["A", "D", "C"]}
[ "roads.csv" ]
null
answer
false
false
shortest-route-L2
mathematics-or-formal-reasoning
shortest-route
2
8
Roads in roads.csv are two-way. Find the fastest route from D to E that passes through I, avoiding closed roads (see notice.txt). Give the total minutes and the route as a list of nodes, start and end included.
a JSON object {"minutes": 37, "route": ["A", "D", "C"]}
[ "notice.txt", "roads.csv" ]
null
answer
false
false
exact-probability-L1
mathematics-or-formal-reasoning
exact-probability
1
6
Answer the question in problem.txt as an exact reduced fraction.
a JSON object {"probability": "a/b"} with the fraction in lowest terms
[ "problem.txt" ]
null
answer
false
false
exact-probability-L2
mathematics-or-formal-reasoning
exact-probability
2
6
Answer the question in problem.txt as an exact reduced fraction.
a JSON object {"probability": "a/b"} with the fraction in lowest terms
[ "problem.txt" ]
null
answer
false
false
exact-count-L3
mathematics-or-formal-reasoning
exact-count
3
8
Count the 49-digit positive integers (no leading zero) whose digits sum to 292 and that never use the digit 6. Give the count modulo 1000000007.
an integer
[]
null
answer
false
false
firewall-audit-L1
cybersecurity
firewall-audit
1
8
Which packets in packets.csv does the live firewall allow?
a JSON object {"allowed": ["P01", "P07"]} listing every allowed packet id
[ "packets.csv", "rules.txt" ]
null
answer
false
false
firewall-audit-L2
cybersecurity
firewall-audit
2
8
Which packets in packets.csv does the live firewall allow? Apply change_log.txt to rules.txt first.
a JSON object {"allowed": ["P01", "P07"]} listing every allowed packet id
[ "change_log.txt", "packets.csv", "rules.txt" ]
null
answer
false
false
vuln-triage-L1
cybersecurity
vuln-triage
1
8
Versions are semantic (major.minor.patch, compared numerically). Which hosts run at least one package version covered by an advisory? Also give how many hosts that is.
a JSON object {"hosts": ["app-03", "web-01"], "count": 2}
[ "advisories.json", "inventory.csv" ]
null
answer
false
false
vuln-triage-L2
cybersecurity
vuln-triage
2
8
Versions are semantic (major.minor.patch, compared numerically). Which hosts run at least one package version covered by an advisory? Also give how many hosts that is.
a JSON object {"hosts": ["app-03", "web-01"], "count": 2}
[ "advisories.json", "inventory.csv", "vendor_notes.txt" ]
null
answer
false
false
auth-hunt-L3
cybersecurity
auth-hunt
3
12
An attacker rotated source addresses inside one /24 network. Treat all IPs in the same /24 as one source. Find the /24 with at least 5 failed passwords for one user within any 10-minute span, followed within 10 minutes of its last failure by an accepted login for that same user from the same /24. Answer in CIDR form, l...
a string
[ "auth.log" ]
null
answer
false
false
edit-timeline-L1
media-content-production
edit-timeline
1
8
Clips play back to back in the listed order. What is the total program length in frames, and as a timecode HH:MM:SS:FF at the timeline frame rate?
a JSON object {"frames": 4321, "timecode": "00:02:52:21"}
[ "timeline.edl" ]
null
answer
false
false
edit-timeline-L2
media-content-production
edit-timeline
2
8
After applying review_notes.txt: clips play back to back in the listed order. What is the total program length in frames, and as a timecode HH:MM:SS:FF at the timeline frame rate?
a JSON object {"frames": 4321, "timecode": "00:02:52:21"}
[ "review_notes.txt", "timeline.edl" ]
null
answer
false
false
headline-style-L1
media-content-production
headline-style
1
8
Which headlines in headlines.tsv break the house style guide? Read every page of the guide.
a JSON object {"violations": ["H02", "H09"]} listing every breaking headline id
[ "headlines.tsv", "style_guide_p1.txt" ]
null
answer
false
false
headline-style-L2
media-content-production
headline-style
2
8
Which headlines in headlines.tsv break the house style guide? Read every page of the guide.
a JSON object {"violations": ["H02", "H09"]} listing every breaking headline id
[ "headlines.tsv", "style_guide_p1.txt", "style_guide_p2.txt" ]
null
answer
false
false
subtitle-qc-L3
media-content-production
subtitle-qc
3
12
Check episode.srt against style.txt. Which cue numbers break the reading-speed rule? Answer with the cue numbers in increasing order, separated by commas (empty string if none).
a string such as "3,8,15"
[ "episode.srt", "style.txt" ]
null
answer
false
false
assay-reduction-L1
natural-science
assay-reduction
1
16
Reduce the protein assay in plate.csv following protocol.md and write output/results.csv with columns sample_id,conc_mg_per_L (one row per sample, original undiluted concentration).
output/results.csv
[ "plate.csv", "protocol.md" ]
output/results.csv
file
true
true
assay-reduction-L2
natural-science
assay-reduction
2
20
Reduce the protein assay in plate.csv following every step of protocol.md and write output/results.csv with columns sample_id,conc_mg_per_L,status (one row per sample).
output/results.csv
[ "plate.csv", "protocol.md", "qc_flags.txt" ]
output/results.csv
file
true
true
peak-picking-L1
natural-science
peak-picking
1
16
Build the peak table for spectrum.csv following sop.md. Write output/peaks.json as a JSON list like [{"position_cm1": 1234.5, "height": 456.7}], sorted by position.
output/peaks.json
[ "sop.md", "spectrum.csv" ]
output/peaks.json
file
true
true
peak-picking-L2
natural-science
peak-picking
2
20
Build the peak table for spectrum.csv following sop.md. Write output/peaks.json as a JSON list like [{"position_nm": 1234.5, "height": 456.7}], sorted by position.
output/peaks.json
[ "sop.md", "spectrum.csv" ]
output/peaks.json
file
true
true
dilution-plan-L1
natural-science
dilution-plan
1
16
Write the pipetting plan for targets.csv using the stock in reagent.txt: output/plan.csv with columns tube,stock_uL,diluent_uL (volumes in microlitres).
output/plan.csv
[ "reagent.txt", "targets.csv" ]
output/plan.csv
file
true
true
dilution-plan-L2
natural-science
dilution-plan
2
20
Write the serial-dilution pipetting plan for series.csv and reagent.txt: output/plan.csv with columns tube,source,transfer_uL,diluent_uL, where source is 'stock' or the tube it is drawn from and volumes are in microlitres.
output/plan.csv
[ "reagent.txt", "series.csv" ]
output/plan.csv
file
true
true
pk-fit-L1
natural-science
pk-fit
1
16
Run the non-compartmental analysis in sap.md on plasma.csv (RT-2209) and write output/pk.json with keys k_el_per_h, half_life_h, auc_0_last, auc_0_inf (ng*h/mL), cmax (ng/mL) and tmax_h.
output/pk.json
[ "plasma.csv", "sap.md" ]
output/pk.json
file
true
true
pk-fit-L2
natural-science
pk-fit
2
20
Run the non-compartmental analysis in sap.md on plasma.csv (candidate A) and write output/pk.json with keys k_el_per_h, half_life_h, auc_0_last, auc_0_inf (ng*h/mL), cmax (ng/mL) and tmax_h.
output/pk.json
[ "dosing.txt", "plasma.csv", "sap.md" ]
output/pk.json
file
true
true
linear-system-L1
mathematics-or-formal-reasoning
linear-system
1
16
Solve the linear system in equations.txt for x1, x2, x3, x4. Write output/solution.json mapping each variable to its exact value as a string, e.g. {"x1": "-7/3"}.
output/solution.json
[ "equations.txt" ]
output/solution.json
file
true
true
linear-system-L2
mathematics-or-formal-reasoning
linear-system
2
20
Solve the linear system in equations.txt for x1, x2, x3, x4, x5, x6 (read notes.txt first). Write output/solution.json mapping each variable to its exact value as a string, e.g. {"x1": "-7/3"}.
output/solution.json
[ "equations.txt", "notes.txt" ]
output/solution.json
file
true
true
recurrence-id-L1
mathematics-or-formal-reasoning
recurrence-id
1
16
sequence.txt holds the first terms of an integer sequence that satisfies a linear recurrence a_n = c_1 a_{n-1} + ... + c_k a_{n-k} with constant integer coefficients. Find the one with the smallest order k and write output/answer.json as {"coefficients": [c_1, ..., c_k], "next": [the next 5 terms]}.
output/answer.json
[ "sequence.txt" ]
output/answer.json
file
true
true
recurrence-id-L2
mathematics-or-formal-reasoning
recurrence-id
2
20
sequence.txt holds the first terms of an integer sequence that satisfies a recurrence a_n = c_1 a_{n-1} + ... + c_k a_{n-k} + d with constant integer coefficients and a constant integer d. Find the form with the smallest k (d may be 0) and write output/answer.json as {"coefficients": [c_1, ..., c_k], "constant": d, "te...
output/answer.json
[ "sequence.txt" ]
output/answer.json
file
true
true
claim-check-L1
mathematics-or-formal-reasoning
claim-check
1
16
Check each claim in claims.txt exactly (by exhaustive computation over its stated range). Write output/verdicts.json mapping each claim id to {"holds": true} or {"holds": false, "counterexample": n}, where n is the SMALLEST n in the claim's range for which it fails.
output/verdicts.json
[ "claims.txt" ]
output/verdicts.json
file
true
true
claim-check-L2
mathematics-or-formal-reasoning
claim-check
2
20
Check each claim in claims.txt exactly (by exhaustive computation over its stated range). Write output/verdicts.json mapping each claim id to {"holds": true} or {"holds": false, "counterexample": n}, where n is the SMALLEST n in the claim's range for which it fails.
output/verdicts.json
[ "claims.txt" ]
output/verdicts.json
file
true
true
board-expectation-L1
mathematics-or-formal-reasoning
board-expectation
1
16
A solo player plays the game in rules.txt. What is the exact expected number of turns until they reach home? Write output/answer.json as {"expected_turns": "p/q"} with a reduced fraction.
output/answer.json
[ "rules.txt" ]
output/answer.json
file
true
true
board-expectation-L2
mathematics-or-formal-reasoning
board-expectation
2
20
A solo player plays the game in rules.txt. What is the exact expected number of turns until they reach home? Write output/answer.json as {"expected_turns": "p/q"} with a reduced fraction.
output/answer.json
[ "rules.txt" ]
output/answer.json
file
true
true
web-forensics-L1
cybersecurity
web-forensics
1
16
access.log is an nginx combined log. One client is running a vulnerability scanner (it requests many different sensitive paths and almost all of them return 404). Write output/incident.json with keys attacker_ip, first_seen and last_seen (that client's first and last request, ISO 8601 UTC like 2026-03-01T14:05:09Z), re...
output/incident.json
[ "access.log" ]
output/incident.json
file
true
true
web-forensics-L2
cybersecurity
web-forensics
2
20
access.log is a merged nginx combined log (lines are NOT in time order; timestamps carry the server's UTC offset). Exactly one client attempted SQL injection (UNION SELECT, tautologies like ' OR 1=1, stacked queries, SLEEP, comment terminators). Write output/incident.json with keys attacker_ip, first_seen and last_seen...
output/incident.json
[ "access.log" ]
output/incident.json
file
true
true
decode-chain-L1
cybersecurity
decode-chain
1
16
Decode every blob in artefacts.txt (notes.txt has the key) and crack every hash against wordlist.txt. Write output/decoded.json as {"blobs": {"B1": "plaintext", ...}, "hashes": {"H1": {"algorithm": "md5", "password": "..."}, ...}} (algorithm one of md5, sha1, sha256, sha512).
output/decoded.json
[ "artefacts.txt", "notes.txt", "wordlist.txt" ]
output/decoded.json
file
true
true
decode-chain-L2
cybersecurity
decode-chain
2
20
Decode every blob in artefacts.txt (notes.txt has the key) and crack every hash against wordlist.txt. Write output/decoded.json as {"blobs": {"B1": "plaintext", ...}, "hashes": {"H1": {"algorithm": "md5", "password": "..."}, ...}} (algorithm one of md5, sha1, sha256, sha512).
output/decoded.json
[ "artefacts.txt", "notes.txt", "wordlist.txt" ]
output/decoded.json
file
true
true
sshd-audit-L1
cybersecurity
sshd-audit
1
14
Audit sshd_config against baseline.md. Write output/findings.json as {"failing": ["SSH-02", ...]} listing the ids of every failing rule, sorted.
output/findings.json
[ "baseline.md", "sshd_config" ]
output/findings.json
file
true
true
sshd-audit-L2
cybersecurity
sshd-audit
2
18
Audit sshd_config against baseline.md. Write output/findings.json as {"failing": ["SSH-02", ...]} listing the ids of every failing rule, sorted.
output/findings.json
[ "baseline.md", "sshd_config" ]
output/findings.json
file
true
true
jwt-inspect-L1
cybersecurity
jwt-inspect
1
16
Inspect every JWT in tokens.txt using the rules in verifier.md. Write output/report.json mapping each token id to {"valid": true/false, "reason": "<code>", "sub": "<sub claim>"}.
output/report.json
[ "tokens.txt", "verifier.md" ]
output/report.json
file
true
true
jwt-inspect-L2
cybersecurity
jwt-inspect
2
20
Inspect every JWT in tokens.txt using the rules in verifier.md. Write output/report.json mapping each token id to {"valid": true/false, "reason": "<code>", "sub": "<sub claim>"}.
output/report.json
[ "tokens.txt", "verifier.md" ]
output/report.json
file
true
true
srt-retime-L1
media-content-production
srt-retime
1
14
subs.srt is 2656 ms late against the video: every subtitle must be shown 2656 ms earlier. Write the corrected file to output/out.srt (same cues and text, standard SRT timestamps HH:MM:SS,mmm).
output/out.srt
[ "subs.srt" ]
output/out.srt
file
true
true
srt-retime-L2
media-content-production
srt-retime
2
20
Retime subs.srt for the new video cut using sync.txt and style.md, and write the deliverable subtitle file to output/out.srt.
output/out.srt
[ "style.md", "subs.srt", "sync.txt" ]
output/out.srt
file
true
true
image-audit-L1
media-content-production
image-audit
1
16
Audit every image under assets/ against spec.md. Write output/report.csv with columns file,format,width,height,ok,reasons: file as listed (e.g. assets/hero.jpg), format as JPEG/PNG/GIF/WEBP, displayed width and height in px, ok as true/false, and reasons as the failing reason codes joined by ';' in spec order (empty wh...
output/report.csv
[ "assets/avatar.jpg", "assets/banner.jpg", "assets/card.png", "assets/gallery-1.png", "assets/hero.jpg", "assets/logo.jpg", "spec.md" ]
output/report.csv
file
true
true
image-audit-L2
media-content-production
image-audit
2
20
Audit every image under assets/ against spec.md. Write output/report.csv with columns file,format,width,height,ok,reasons: file as listed (e.g. assets/hero.jpg), format as JPEG/PNG/GIF/WEBP, displayed width and height in px, ok as true/false, and reasons as the failing reason codes joined by ';' in spec order (empty wh...
output/report.csv
[ "assets/avatar.jpg", "assets/banner.png", "assets/card.jpg", "assets/gallery-1.jpg", "assets/hero.gif", "assets/logo.gif", "spec.md" ]
output/report.csv
file
true
true
audio-audit-L1
media-content-production
audio-audit
1
16
Measure every WAV under audio/ as spec.md defines and write output/audio_report.csv with columns file,sample_rate,channels,duration_s,peak_dbfs (one row per file, file as listed, e.g. audio/intro.wav).
output/audio_report.csv
[ "audio/intro.wav", "audio/outro.wav", "audio/sfx_door.wav", "audio/sting.wav", "audio/vo_take2.wav", "spec.md" ]
output/audio_report.csv
file
true
true
audio-audit-L2
media-content-production
audio-audit
2
20
Measure every WAV under audio/ as spec.md defines and write output/audio_report.csv with columns file,sample_rate,channels,duration_s,peak_dbfs,clipped_samples,clipping (one row per file, file as listed, e.g. audio/intro.wav; clipping as true/false).
output/audio_report.csv
[ "audio/intro.wav", "audio/outro.wav", "audio/sfx_door.wav", "audio/sting.wav", "audio/vo_take2.wav", "spec.md" ]
output/audio_report.csv
file
true
true
markdown-html-L1
media-content-production
markdown-html
1
16
Convert article.md to HTML following style.md exactly and write it to output/article.html.
output/article.html
[ "article.md", "style.md" ]
output/article.html
file
true
true
markdown-html-L2
media-content-production
markdown-html
2
20
Convert article.md to HTML following style.md exactly and write it to output/article.html.
output/article.html
[ "article.md", "style.md" ]
output/article.html
file
true
true

ShiftDesk v4

An OpenEnv environment for OpenEnv Arena. v4 adds a terminal: a bash tool and a write_file tool next to list_files, read_file and run_python, a working directory that persists for the whole episode, and 32 new file-deliverable tasks (16 families x 2 levels) in the four domains where earlier versions never scored: natural science, math and formal reasoning, cybersecurity, and media. Each asks for a real output file (output/results.csv, output/incident.json, output/out.srt, output/article.html, ...) that hidden checks grade on submit. All 47 v3 answer-style tasks are still served.

The training list (in_training_list in tasks.jsonl) has 50 tasks, the arena's maximum: the 32 new ones (64%) interleaved with 18 v3 tasks from software, industrial, office and finance (36%), so the domains that already score keep training. Every reset generates a fresh instance from a seeded generator, so there are no fixed answer keys and this dataset holds none: tasks.jsonl lists each task id with a seed-0 example question, its deliverable path or answer format, and its file names.

What the agent does

Each episode is a working directory with the task files and an empty output/ folder. Tools, each shown with a one-line JSON example in the first observation:

  • list_files {}: everything in the working directory, including files the agent wrote
  • read_file {"path": ..., "offset": optional first line} (2,500 characters per call)
  • write_file {"path": ..., "content": ...}: create or overwrite a file inside the working directory
  • bash {"command": ...}: a shell with python3, grep, awk, sed, sort, jq, sqlite3, bc, openssl, file
  • run_python {"code": ...}: Python 3 with the standard library, numpy, sympy and PIL
  • submit {"answer": ...} ends the episode (for file tasks the answer can be empty)

bash and run_python run as nobody with CPU, memory, file-size and process limits and a 20 s wall timeout; write_file writes through the same sandboxed child. Outbound IPv4/IPv6 sockets are refused by a seccomp filter. The instance salt and the server code are root-only.

Domain New v4 file families (levels 1, 2)
Natural science assay-reduction: plate-reader calibration with mixed units, QC-flagged wells, replicates and out-of-range samples -> results.csv; peak-picking: spectrum peak table with baseline windows and cosmic-ray removal -> peaks.json; dilution-plan: direct and serial dilution plans from mg/mL stocks -> plan.csv; pk-fit: non-compartmental PK (AUC, k_el, half-life) with BLQ handling and clock-time sampling -> pk.json
Math & formal reasoning linear-system: exact rational solutions with a redundant and a voided equation -> solution.json; recurrence-id: smallest linear recurrence (with constant) and a far term mod p -> answer.json; claim-check: exhaustive checks with smallest counterexamples -> verdicts.json; board-expectation: exact expected turns of a dice game with exact-landing and bonus rolls -> answer.json
Cybersecurity web-forensics: nginx log attacker, UTC timeline and successful payloads in an unordered merged log -> incident.json; decode-chain: layered base64/hex/rot13/URL/XOR blobs and salted hash cracking -> decoded.json; sshd-audit: effective sshd_config (first value wins, defaults, Match blocks) against a baseline -> findings.json; jwt-inspect: HS256 verification with kid, exp/nbf, issuer, audience and a check order -> report.json
Media & content srt-retime: offset and two-point linear retiming with credit removal and renumbering -> out.srt; image-audit: real format, EXIF-rotated display size and extension checks -> report.csv; audio-audit: WAV duration, peak dBFS and clipping -> audio_report.csv; markdown-html: Markdown to house-style HTML (slug ids, demoted h1s, external-link attributes) -> article.html

v3 answer-style families (all still served): change-impact, version-resolve, module-repair (software); bom-explosion, tank-balance, line-oee (industrial); beer-lambert, stoichiometry, kinetics-lab (science); meeting-slot, invoice-match, expense-policy (office); npv-choice, bond-desk, fifo-basis, loan-desk (finance); congruences, logic-grid, shortest-route, exact-probability, exact-count (math); firewall-audit, vuln-triage, auth-hunt (security); edit-timeline, headline-style, subtitle-qc (media).

What it is meant to teach

Terminal work the way held-out skills tasks are shaped: read every file (level 2 hides a caveat in a second file: QC flags, an SOP step, errata, a sync sheet, a style guide), compute with code instead of by eye, and leave a correctly formatted output file where the task asks for it.

Reward

Binary. File tasks: 1.0 only when the deliverable exists at the requested path, is a regular file (symlinks are refused), parses, and passes every hidden check (stated numeric tolerances; ids, lists, timestamps and HTML structure exact); otherwise 0.0. The deliverable is graded on submit, on the finish action, and when calls run out. Answer tasks (v3): 1.0 only when every requested JSON field is right. The finish action {"tool": "submit", "args": {"answer": ""}} scores 0.0 unless the deliverable file is already correct.

Same instance for a group

Rollouts that reset the same task within the same 5-minute window get the same instance (seeded from a secret in the image), so the parallel rollouts of an optimizer step are compared on one problem.

Checks

For every task over 60+ seeds: the reference scores 1, plausible wrong outputs (what you get by skipping the caveat) and empty outputs score 0, and generation is deterministic per seed. For all 16 new families an independent solver that reads only the question and files plays full episodes through write_file, bash and run_python and earns 1 on every seed tried (150 seeds per task offline); an empty submit, the right content passed only as the answer, an empty file, a symlinked deliverable and a wrong file all earn 0. openenv validate passes and every task replays to a terminal reward over WebSocket with the new tools.

Source: https://github.com/nice-bills/shiftdesk

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