One copilot. Seven places it does real work.
Suyantra is a single product built on one connected model of your design. Each capability below writes into that model, and every capability downstream can see what it depends on.
Separate what you said from what it worked out.
A requirement document is rarely complete. Suyantra reads it as an engineer would — recording what was stated, deriving what follows, declaring what it had to assume, and opening a question wherever a value is simply missing.
Structured capture
Electrical, thermal, mechanical and environmental constraints are extracted into typed fields rather than left as prose.
Conflict detection
Requirements that cannot be satisfied together are flagged at capture time, not discovered during verification.
Open questions
Missing operating conditions become tracked questions with a named owner, not silent defaults.
Provenance on every value
Stated, inferred, assumed or verified — attached to the value itself, wherever it is later used.
Candidate architectures, with the trade-off stated.
Suyantra does not hand you one answer and call it the recommendation. It proposes candidate topologies, states what each one trades away, and leaves the selection where it belongs — with the engineer.
Evaluated at the operating point, not matched on keywords.
A parametric search tells you which parts contain a number. Suyantra evaluates whether a part survives your worst case — and shows the datasheet parameter that decided it.
The operating point computed from the design, not the nominal figure.
Datasheet parameters retrieved with the section they came from.
Ratings and derating policy applied deterministically.
Availability and obsolescence treated as engineering constraints.
Pass, fail, or blocked with the missing parameter named.
The model explains. The rules decide.
Verification runs as deterministic checks against the design. The language model is used to interpret, retrieve and explain — never to produce the verdict itself.
A check that cannot run is more useful than a check that ran on an invented input. Blocked results carry the name of the missing value, who can supply it, and which downstream checks are waiting behind it.
The bill of materials is an engineering artefact.
Lifecycle status, second-source coverage and sourcing exposure are design constraints, not procurement afterthoughts. Suyantra keeps each line traceable to the requirement that produced it.
Lifecycle exposure
Active, NRND and end-of-life lines separated, with the design decisions each one sits under.
Risk, surfaced earlySecond-source coverage
Which lines have a qualified alternate, which do not, and what a substitution would invalidate.
Schedule riskTraceability
Every line answers the question “why is this part here?” with a link, not a memory.
Audit-readyEight disciplines, one structured pass.
Power, digital, analog, EMC, reliability, manufacturing, components and a principal-engineer perspective — each reviewing for its own concerns, each finding carrying evidence, action and confidence.
A worked example of the review output is shown on the homepage.
Changes are objects, not conversations.
An engineering change carries an impact set, an invalidation list and a history. Suyantra computes what must be re-verified from recorded dependencies — and states plainly what is untouched.
The interactive 24 V → 48 V example lives on the homepage.
See how the pieces fit together.
Walk through the flow from requirement capture to change tracking, or tell us how your team works today.