FPGA silicon · verified releases
Architecture constrains generation.
Verification validates implementation.
Engineers approve release.
Numbered, traceable, frozen
Constrains the generation space
RTL within architectural bounds
Lint · formal · coverage · regression
Signed, reproducible package
Shown below: only what genuinely exists, with every metric stated under its conditions.
A hardware regular-expression matching engine for line-rate packet inspection. Delivered with verification collateral and source lineage.
NFA capacity
256K states
cond runtime-programmable tables, no resynthesis
Rule capacity
8,192 rules
cond with 512 character-class tables
Operation
250 MHz
cond AWS F2 · Virtex UltraScale+ VU47P
Throughput
9.5 Gbps
cond measured, RTL simulation · 7.4 Gbps dense
The gated pipeline
Numbered, traceable, frozen
Constrains the generation space
RTL within architectural bounds
Lint · formal · coverage · regression
Signed, reproducible package
Every release package includes
09 / 09Requirements traceability
every RTL feature maps to a numbered requirement
Architecture specification
reviewed micro-architecture, frozen before generation
Generated RTL
synthesizable SystemVerilog, lint-clean
Verification collateral
UVM environment, sequences, scoreboards
Coverage results
functional + code coverage with closure report
Formal verification results
SVA properties, bounded + unbounded proofs
Benchmark reports
throughput / area / timing, with stated conditions
Source lineage
every artifact traceable to its generating input
Signed release package
checksummed, signed, reproducible
One completed run through the system. Not a hypothetical future capability, a record of how an artifact moves from a written requirement to a released, validated package.
// every output above is traceable to the input requirement that produced it.
Built by Vosken Fabric
The Regex Accelerator was not hand-assembled. It is the output of a single gated run of Vosken Fabric - requirements, architecture, micro-architecture, RTL, and formal collateral generated stage by stage, each stage validated before the next began, every artifact traceable to the stage that produced it.
73
requirements
numbered and traceable
39
blocks
5 subsystems · 33 leaves · 1 top
4
artifacts / block
ports · datapath · FSM · spec
1
gated run
every artifact traceable to it
$ fabric run vosken_regex_nfa
✓ requirements 73 numbered, frozen
✓ architecture 5 subsystems · interfaces · register maps
✓ hierarchy 33 leaf blocks + IP top
✓ micro-arch 39 specs · ports / datapath / FSM
✓ rtl 39 SystemVerilog modules, lint-gated
✓ formal SVA prove + cover sessions per block
✓ coherence 6 cross-stage validators, all green
✓ bring-up L1-L6 in simulation · 61/61 regression
→ release signed, reproducible package
actual run artifacts - inspect them on /evidence
Under evaluation by networking & security customers.
Commercial engagements in progress.
Design-partner conversations active.
// category-level where disclosure is restricted, named references available under NDA.
Verification effort is growing faster than design effort.
More interfaces, more state, more ways to be subtly wrong.
Tape-out windows shrink while scope expands.
Skilled engineering capacity does not scale linearly.
VoskenAI's response
Combine architectural discipline, automation, verification, and engineering review into a single repeatable development system. The emphasis is engineering discipline, not AI.
// the emphasis is engineering, not AI.
Integrate verified, documented IP with its full release package. The primary entry point.
Engage us to build to your specification, delivered through the same verification system.
The development system itself. Strategically important and visible, but not the focus today.
Traditional engineering organizations scale through headcount. We are exploring a different model: engineering systems that let small teams deliver the output of much larger ones.
You have already seen the evidence. No manifesto is required here.
VoskenAI intentionally focuses on building engineering systems rather than large engineering organizations.
Leverage comes from process, automation, verification, and engineering judgment working together. The size of the team is not hidden. It is part of the story.
More about the company →