Talon Platform
Confidential technical analysis. Post-quantum encrypted. Nothing leaks.
SpringOwl Asset Management
Published: February 2026
How It Works
Every use case follows the same protocol. The data type changes. The security model does not.
Your sensitive asset Talon Enclave You
| | |
|--- PQC encrypt -------->| |
| |--- Analyze (local LLM) ---|
| |--- Check CVE databases ---|
| |--- Search patent records --|
| |--- Score risk + quality --|
| |--- Sign report (ML-DSA) ---|
| |--- Destroy raw data -------|
| | |
|<-- Signed report -------| |
| |
|--- Verify signature ---------------------------------|
The platform is the protocol. Whether you submit source code, firmware binaries, patent filings, or algorithm specifications, Talon encrypts it with post-quantum cryptography, analyzes it inside a hardware-isolated enclave, signs the report, and destroys the raw data. The analyzers are modular. The security is universal.
Core Analyzers
| Analyzer |
What It Finds |
Data Sources |
| Code Audit |
SQL injection, shell injection, hardcoded secrets, unsafe deserialization, auth bypass |
Static regex patterns + LLM26 deep analysis |
| CVE Scanner |
Known vulnerabilities in every dependency, with severity scores |
OSV.dev (real-time) + NVD fallback |
| Patent Search |
Prior art, infringement risks, patentable innovations, freedom-to-operate |
USPTO PatentsView + LLM26 analysis |
| Tech Benchmark |
Architecture patterns, maturity level, complexity metrics, language detection |
Code metrics + LLM26 assessment |
| Supply Chain |
Dependency tree, version freshness, typosquatting risk, license compliance |
Package extraction + CVE cross-reference + LLM26 |
| Report Signing |
Tamper-proof output. Recipient verifies independently. |
ML-DSA-65 (NIST FIPS 204) post-quantum signatures |
Deployed Analysts
8 Production-Ready Agents — processing submissions now.
Janus
Receptionist
LIVE
Validates Bearer tokens using timing-safe HMAC comparison. Rejects unauthorized requests before they reach any endpoint.
“A PE firm submits code for diligence. Janus validates their API token in constant time — no timing side-channels.”
web_api/middleware/auth.py
Mars
Security Guard
LIVE
Adds 9 security headers (CSP, HSTS, X-Frame-Options, etc). Blocks payloads over 500MB.
“An attacker sends a 2GB payload to crash the server. Mars rejects it at the gate before it touches memory.”
web_api/middleware/security_headers.py
Caesar
Managing Director
LIVE
Dispatches all 9 analysts via asyncio.gather(). If one crashes, the others still deliver. Assembles the final report with risk scoring.
“A VC submits a target’s codebase. Caesar dispatches 9 parallel analysts and delivers a complete report in under 60 seconds.”
analysis/engine.py
Virgil
Report Writer
LIVE
Local Qwen2.5-Coder 7B on GPU via Ollama. Generates narrative analysis from raw findings. Zero data leaves the enclave.
“Raw semgrep output shows 47 findings. Virgil writes a human-readable narrative explaining the actual risk of each.”
analysis/llm_client.py
Brutus
Code Auditor
LIVE
Runs Semgrep with 1,000+ rules. Finds SQL injection, XSS, hardcoded secrets, insecure crypto, and 50+ vulnerability categories.
“A fintech’s payment processing code goes through Brutus. He finds a SQL injection in the transaction endpoint.”
analysis/semgrep_runner.py
Ceres
Supply Chain Analyst
LIVE
Parses requirements.txt and package.json. Cross-references every dependency against OSV.dev, NVD, and EPSS for known CVEs with exploit probability.
“A startup uses 147 npm packages. Ceres finds 23 have known CVEs, 3 with EPSS scores above 0.7 (actively exploited).”
analysis/supply_chain.py
Minerva
Patent Researcher
LIVE
Searches USPTO PatentsView API for overlapping patents. Identifies potential IP conflicts before investment.
“A deeptech company claims novel IP. Minerva finds 4 overlapping patents filed 2 years earlier by a competitor.”
analysis/patent_search.py
Vitruvius
Architecture Reviewer
LIVE
Measures cyclomatic complexity, code duplication, dependency depth, and test coverage. Produces a maturity score.
“A Series A target claims production-ready code. Vitruvius scores it 34/100 — high complexity, zero tests, copy-paste patterns.”
analysis/tech_benchmark.py
In Development
13 Planned Agents — under active development.
Mercury
Badge Printer
PLANNED
Assigns a UUID to every request. Threads it through logs, responses, and the audit trail.
“A client reports a failed submission. Mercury’s request ID traces it through every system in 30 seconds.”
web_api/middleware/request_id.py
Cato
Compliance Officer
PLANNED
Logs method, path, status, duration, and client IP for every request. Feeds Tacitus’s permanent record.
“A regulator asks who accessed what and when. Cato’s audit log has the answer for every API call ever made.”
web_api/middleware/audit_log.py
Cicero
Office Manager
PLANNED
Manages submission lifecycle from arrival through analysis to secure destruction. Handles interrupted submissions on restart.
“Server restarts mid-analysis. Cicero detects the interrupted submission and resumes it automatically.”
enclave/lifecycle.py
Seneca
Paper Researcher
PLANNED
Searches arXiv for related academic work. Identifies if the technology is genuinely novel or already published.
“A quantum computing startup claims breakthrough algorithms. Seneca finds the same approach published on arXiv in 2024.”
analysis/paper_researcher.py
Scipio
Infrastructure Scout
PLANNED
Extracts domains from submissions and checks DNS, WHOIS, and open ports. Determines if basic security hygiene exists.
“A SaaS company’s domain has no HTTPS, exposed admin panels, and a WHOIS registered last month. Scipio flags it all.”
analysis/infra_scout.py
Spartacus
Team Evaluator
PLANNED
Analyzes GitHub contributor data. Calculates bus factor, commit distribution, and identifies key-person risk.
“A startup has 8 ‘team members’ on their site. Spartacus finds 92% of commits come from one person. Bus factor: 1.”
analysis/team_evaluator.py
Pliny
Web Researcher
PLANNED
Crawls the company website. Extracts claims, product descriptions, team info, and cross-references against code findings.
“A company claims ‘enterprise-grade security.’ Pliny finds no security page, no SOC2 mention, and a WordPress blog from 2019.”
analysis/web_researcher.py
Livia
Company Analyst
PLANNED
Queries OpenCorporates and corporate registries. Verifies incorporation, jurisdiction, filing status, and corporate history.
“A founder claims 5 years of operations. Livia finds the company was incorporated 3 months ago in Delaware.”
analysis/company_analyst.py
Mnemosyne
Memory Keeper
PLANNED
Maintains cross-submission context via the knowledge graph. Enables pattern detection across multiple diligence runs.
“Three different startups use the same vulnerable open-source library. Mnemosyne connects the pattern across submissions.”
analysis/memory_keeper.py
Fortuna
Market Analyst
PLANNED
Reads Polymarket and Kalshi prediction market data. Adds crowd intelligence to focus area confidence scoring.
“Polymarket shows 73% probability that quantum computing reaches commercial viability by 2030. Fortuna weighs this into the thesis.”
analysis/prediction_markets.py
Vesta
Portfolio Monitor
PLANNED
Re-runs analysis on previously submitted companies. Detects new CVEs, changed infrastructure, or degraded code quality.
“Six months after investment, a portfolio company introduces 12 new critical CVEs. Vesta catches it before the next board meeting.”
analysis/portfolio_monitor.py
Clio
Filing Cabinet
PLANNED
Stores entities, relationships, and facts permanently in SQLite. Powers cross-submission queries.
“An LP asks ‘how many companies in the portfolio use Log4j?’ Clio queries the knowledge graph and returns the answer in seconds.”
storage/knowledge_graph.py
Tacitus
Logbook
PLANNED
Permanent, append-only record of every security event, API call, and system action.
“During an incident review, Tacitus shows exactly which submissions were accessed, by whom, and when — complete forensic trail.”
storage/audit.py
Planned agents are under active development. Deployment timeline depends on GPU capacity and model availability. All 8 deployed agents are production-ready and processing submissions.
Industries & Use Cases
The same encrypted pipeline. Different assets. Different questions.
Venture Capital & Private Equity
Evaluate startup technical assets before writing a check. Monitor portfolio code quality continuously.
- Pre-investment technical diligence
- Portfolio code quality monitoring
- M&A technical due diligence
- LP reporting with verified data
- Competitive analysis across portfolio
code-audit cve-scan patent benchmark supply-chain
Defense & Intelligence
Review classified code without exposing source material to analysts. Audit defense contractor supply chains.
- Classified code review
- Defense contractor supply chain audit
- Military firmware vulnerability analysis
- Foreign technology acquisition assessment
- Weapons system software audit
code-audit cve-scan supply-chain benchmark
Cybersecurity
Generate SBOMs, assess vendor security posture, run red team exercises without exposing target code.
- SBOM generation with CVE mapping
- Third-party vendor security assessment
- Incident response code analysis
- Penetration test report generation
- Red team / blue team platform
code-audit cve-scan supply-chain
Insurance
Underwrite cyber policies based on actual code quality, not questionnaires. Validate breach claims against real vulnerability data.
- Cyber insurance underwriting
- Claims validation (known vulns at time of breach)
- Portfolio risk aggregation
- Actuarial modeling from code quality data
- Reinsurance technical assessment
cve-scan code-audit supply-chain benchmark
Legal & Intellectual Property
Analyze code for patent infringement without exposing trade secrets to outside counsel. Audit open source license compliance.
- Patent infringement analysis
- Trade secret protection during analysis
- Open source license compliance
- Expert witness technical analysis
- M&A IP valuation
patent supply-chain code-audit
Banking & Financial Services
Audit fintech vendor code before API integration. Review algorithmic trading systems for risk and compliance.
- Fintech vendor code audit
- Algorithmic trading system review
- Core banking modernization assessment
- SOX / PCI-DSS compliance review
- Third-party risk management
code-audit cve-scan benchmark supply-chain
Government & Regulatory
Process vulnerability disclosures. Review export-controlled technology. Analyze IPO technical filings.
- CISA vulnerability disclosure processing
- ITAR/EAR export control review
- Patent office prior art analysis
- FDA software validation
- SEC IPO technical due diligence
code-audit patent cve-scan benchmark
Pharmaceutical & Biotech
Validate clinical trial software. Audit bioinformatics pipelines. Review drug discovery algorithms.
- Clinical trial software validation (FDA 21 CFR Part 11)
- Bioinformatics pipeline review
- Drug discovery algorithm audit
- Lab equipment firmware analysis
- GxP compliance code review
code-audit benchmark supply-chain
Healthcare
Review medical device software before FDA submission. Audit connected device firmware for patient safety.
- Medical device software review
- EHR integration security audit
- HIPAA compliance code analysis
- Connected device firmware scanning
- Clinical decision support validation
code-audit cve-scan supply-chain benchmark
Automotive & Manufacturing
Audit autonomous vehicle software. Review OTA update security. Analyze supplier firmware.
- Autonomous vehicle software audit
- OTA update security review
- Supplier firmware analysis
- ISO 26262 compliance verification
- ADAS algorithm benchmarking
code-audit cve-scan benchmark supply-chain
Aerospace
Review avionics software for DO-178C compliance. Analyze satellite firmware. Audit ground control systems.
- Avionics software review (DO-178C)
- Satellite firmware analysis
- Ground control system audit
- Space vehicle software verification
- Drone control system security
code-audit cve-scan benchmark
Telecommunications
Review 5G infrastructure code. Audit network function virtualization. Analyze SIM firmware.
- 5G infrastructure code review
- NFV security audit
- SIM/eSIM firmware analysis
- Protocol implementation verification
- Vendor equipment assessment
code-audit cve-scan supply-chain
Energy & Utilities
Review SCADA/ICS code. Audit smart grid firmware. Analyze nuclear facility software.
- SCADA/ICS code review
- Smart grid firmware analysis
- Nuclear facility software audit
- Pipeline control system assessment
- Renewable energy controller security
code-audit cve-scan supply-chain benchmark
Supply Chain & Logistics
Review warehouse automation code. Audit IoT sensors. Analyze fleet management systems.
- Warehouse automation code review
- IoT sensor firmware analysis
- Fleet management system audit
- Trade compliance software review
- Cold chain monitoring validation
code-audit cve-scan supply-chain
Education & Research
Verify research code reproducibility. Assess grant-funded software quality. Protect university IP during collaboration.
- Research code reproducibility verification
- Grant-funded software quality assessment
- University IP protection
- Code plagiarism detection
- Research data pipeline audit
code-audit benchmark patent
Why Post-Quantum
Every submission is encrypted with ML-KEM-768 (NIST FIPS 203) combined with X25519. Every report is signed with ML-DSA-65 (NIST FIPS 204). This is not optional. It is the protocol.
Nation-states capture encrypted traffic today to decrypt when quantum computers mature. Source code submitted in 2026 with classical encryption could be readable by 2035. With Talon, it cannot. That is not a feature. It is the minimum acceptable standard for handling other people's intellectual property.
What Talon Does Not Do
- Does not retain your data. Raw submissions are cryptographically destroyed after analysis.
- Does not send data to third-party APIs. All LLM26 inference runs locally inside the enclave.
- Does not make decisions. Talon produces reports. Humans make investment, compliance, and security decisions.
- Does not require trust. Cryptographic attestation lets you verify the enclave state before submitting. The report signature lets you verify the output was not tampered with.
Request Access
Talon is currently in private deployment with SpringOwl Asset Management. Enterprise access is available for qualified organizations.
To request access: Email
talon@springowl.com with your organization name, use case, and estimated volume. We respond within 48 hours.
SpringOwl Asset Management | February 2026
This document is public and may be shared with attribution.
IMPORTANT DISCLOSURES: SpringOwl Asset Management is not a registered investment adviser, broker-dealer, or funding portal. Nothing on this website constitutes an offer to sell, a solicitation of an offer to buy, or a recommendation of any security or investment product. Any investment opportunities discussed herein are available exclusively to accredited investors as defined under Rule 501 of Regulation D of the Securities Act of 1933, as amended. FORWARD-LOOKING STATEMENTS: This website contains forward-looking statements within the meaning of Section 27A of the Securities Act of 1933 and Section 21E of the Securities Exchange Act of 1934, including statements regarding anticipated investment strategies, projected timelines, expected portfolio construction, technology capabilities under development, and market opportunity assessments. These statements are identified by words such as "expect," "anticipate," "plan," "target," "intend," "project," "will," and similar expressions. Forward-looking statements are based on current expectations and assumptions that are subject to risks and uncertainties that may cause actual results to differ materially, including but not limited to: technology development risks, regulatory changes, market conditions, competition, key person dependencies, and the inherent uncertainty of early-stage venture investments. SpringOwl undertakes no obligation to update forward-looking statements. Past performance is not indicative of future results. An investment in early-stage technology companies involves a high degree of risk, including the potential loss of the entire investment.