Service · Blockchain

Blockchain development — the engineering, not the hype.

We build the blockchain layer of real products: smart contracts written and tested like the financial code they are, dApp frontends and APIs your users touch, and the integration that bridges an on-chain ledger to off-chain systems — built in your own environment, every line assigned to you.

Fixed scope One accountable lead Full work-for-hire IP Fit-first scoping

The layer we build

dApp + APIs
OFF-CHAIN
SMART CONTRACTS
CHAIN / NETWORK
CHAIN ORACLE INDEXER AUDIT

The real problem

Why most enterprise blockchain projects never reach production.

Because they start from the technology instead of the problem. A pilot gets funded, a chain gets chosen for reasons nobody can later defend, and the result solves something a shared database already handled — slower and at higher cost. The tech takes the blame for a scoping failure.

Where blockchain genuinely earns its place — a ledger distrusting parties must share, an asset that needs verifiable provenance, value that settles without an intermediary — the deciding factor is the same as any hard software problem: clear scope, financial-grade contracts, and the integration that connects the chain to everything off it.

What we don't do

We deliver the blockchain engineering — application, contract, and integration layers — and integrate with the chain you choose. We don't operate validators, custody assets, or sell you a token.

90%

Of enterprise blockchain platform implementations would need replacing within ~18–24 months — cited as the honest caution, not a benefit.

Gartner, May 2019 ↗

Where it earns its place

Where blockchain actually earns its place — and what each delivers.

Not a default — the right tool for a specific shape of problem: shared state among parties who don't fully trust each other, or assets that need provable history.

01

Supply-chain provenance & traceability

A tamper-evident record of where a product has been, written by each handler as custody changes. Recall traceability in seconds, owned by no party.

A recall that meant phoning every supplier becomes one query — blast radius contained in minutes, not days.

02

Tokenization & digital-asset records

An asset — point, fund unit, certificate, claim — as a token with programmable rules on an auditable ledger. Faster settlement, one source of truth.

A loyalty balance split across three systems becomes one record — spendable anywhere, no nightly reconcile batch.

03

Payments & settlement infrastructure

On-chain settlement rails wired into the off-chain accounting and compliance you already run. Value settles directly, with less intermediary delay.

A payment that clears through correspondents over days settles against a shared ledger far faster — as banks report in trade finance.

04

Smart-contract automation

Escrow, royalty splits, vesting, conditional release — executed automatically and identically for every party from agreed code. Fewer disputes, less manual work.

A revenue-share that needed an accountant pays out automatically when the on-chain condition is met — no delay, no argument.

05

Verifiable credentials & document integrity

A hash of a document, credential, or audit log anchored on-chain — integrity provable later without exposing contents. Provable authenticity at low cost.

A certificate is verified as unaltered by anyone holding it — without trusting the issuer's database to still exist.

Fit check Scoped

Most of it shouldn't be on-chain. Gartner expected 90% of enterprise blockchain to be scrapped. We scope hard for fit before a line of contract code — the honest call that keeps you out of that 90%.

As of June 2026 · revisit quarterly

What blockchain does to those processes — the measured impact.

Independent, publicly reported findings on the technology — cited as third-party evidence, not Silicon Prime's own client results.

2.2s

Provenance, proven. Food-origin trace time cut from ~7 days in Walmart & IBM's Food Trust pilot — the clearest demonstration of the provenance use case.

LF Decentralized Trust, 2016 POC ↗

24h

Settlement compressed. Letter-of-credit processing on HSBC's Contour platform, cut from seven-to-ten days — the trade-finance cycle-time signal.

HSBC, reported Dec 2020 ↗

73%

The demand signal. Of 1,280 senior executives feared losing competitive advantage without blockchain and digital assets.

Deloitte 2021 survey ↗

What's included

What our blockchain development covers.

We deliver the application, contract, and integration layers — and integrate with the chain you choose. The scope below is what we actually build.

01

Use-case scoping & the "don't build this on-chain" call

We test whether you need a blockchain at all, or whether a database serves you better — the honest no-build call included.

02

Smart-contract development & testing

On-chain logic treated like financial code — full test suites, deterministic test networks, and a threat model before it touches a live chain.

03

dApp frontends & APIs

Web and in-app UI, wallet connection, and read/write APIs over the chain — engineered like production, not a demo.

04

On-chain / off-chain integration

The ledger wired to payments, identity, ERP, and databases via indexers and oracles — on- and off-chain state kept consistent.

05

Tokenization & payments integration

The token or asset modeled and wired into your accounting, reconciliation, and compliance — payments engineering on a ledger.

06

Security review & deployment discipline

Internal review against known vulnerability classes before deploy, a third-party audit for anything handling real value, then a staged rollout.

What you get — all assigned to you under full work-for-hire IP

The deployed contracts and their full source
The dApp frontend and APIs
The integration and indexing layer
The test suite, threat model, and deployment runbooks
A trained team

How it runs

How a blockchain engagement runs.

The same delivery model behind all our software engineering work, applied to on-chain systems — one accountable lead, fixed scope, no handoffs.

STEP 01

Scope

Establish whether the problem genuinely needs a blockchain, which network fits, and what "done" means — including an honest "don't build this on-chain."

Output: a fit decision, a target architecture & the metrics

STEP 02

Design

Model the contracts, the token or data schema, and the on-chain/off-chain boundary; choose the network on requirements, not on hype.

Output: a contract design, a threat model & an integration plan

STEP 03

Build & test

Develop contracts and the application layer in your own environment, with full coverage on deterministic test networks and an internal security pass.

Output: tested contracts, a working dApp & the integration layer

STEP 04

Deploy

Coordinate a third-party audit where real value is at stake, then a staged rollout to production with monitoring in place.

Output: a deployed system, an audit on record & a trained team

Proof

What we've built — and, honestly, what we haven't.

Silicon Prime has not shipped a public blockchain product, and we don't claim a portfolio of audited on-chain contracts or named-protocol specialization. A "blockchain company" that implies otherwise without naming the work is exactly the vendor that produces Gartner's 90%.

Silicon Prime is a Stanford-rooted Responsible AI and software-engineering lab, founded in 2011, run by founder Kelvin Tran — 20+ years of production engineering. The same accountability means we'll tell you when blockchain is the wrong answer, which a vendor paid to ship a chain won't.

Payments & transaction infrastructure — adjacent

We built the full marketplace, payments, and transaction infrastructure for YardClub — which processed $120M+ before its acquisition by Caterpillar in 2017.

The settlement, reconciliation, and integration behind a tokenization build — same discipline, a different ledger. (Not a blockchain project.)

Production discipline a value-bearing system requires — adjacent

Across four years with BJ's Restaurants we held a 200+ location operation at twice-a-week releases with zero critical defects.

Smart contracts are immutable and hold real value — the test-coverage and staged-rollout rigor on-chain code can't ship without. (AI-optimized delivery, not blockchain.)

Why build it with us.

01

We scope for fit before we build. The most valuable thing we'll tell some buyers is that they don't need a blockchain at all — the difference between a system that lasts and one that joins Gartner's 90%.

02

Financial-code discipline. Immutable, value-bearing contracts demand the test rigor and pre-release review behind our zero-critical-defect record — not demo-grade code with a deploy button.

03

The integration is the hard part — and our core craft. Bridging an on-chain ledger to off-chain payments, identity, and data is full-stack engineering we've done for marketplaces and enterprises for over a decade.

04

Founder-led, and built to transfer. One accountable lead, no handoffs; contracts, code, and runbooks are assigned to you, with your team trained to operate the system when we step back.

Where it fits first

Where blockchain development tends to fit first.

Fintech & financial services

Settlement, tokenized assets, and auditable transaction records, integrated with the compliance and reconciliation systems you already run.

Fintech software →

Supply chain & logistics

Multi-party provenance and traceability, where no single participant should own the shared record.

Logistics software →

Marketplaces & payments

Programmable settlement and escrow between parties, built on the same transaction-infrastructure engineering behind our marketplace work.

Marketplace builds →

Questions buyers ask before they build.

Do we actually need a blockchain, or would a database do the job? +
Often a database is the better answer, and we'll tell you when it is. Blockchain earns its place only when distrusting parties must share one record, an asset needs provable history, or value must settle without an intermediary. If your problem isn't that shape, a database is faster and cheaper — and that honest fit call is the first stage of every engagement.
Have you built blockchain products before? +
Not as a shipped public product, and we won't pretend otherwise — Silicon Prime has no portfolio of audited on-chain contracts. What we bring is the engineering these systems require: we built the payments and transaction infrastructure for YardClub ($120M+ processed, acquired by Caterpillar), and hold a four-year, zero-critical-defect record with BJ's Restaurants. Both are adjacent, not blockchain projects, and we label them so.
Which blockchain or network do you build on? +
Whichever fits the requirements we establish in scoping — public or permissioned — chosen on your constraints around cost, throughput, privacy, and who needs to participate, never on hype. Because the application and integration layers sit behind clear interfaces, the chain choice is an engineering decision we justify to you, not a fashion we follow.
How do you handle smart-contract security? +
We treat contracts as financial code — an immutable bug is an unrecoverable loss. Before going live: test suites on deterministic testnets, a documented threat model, and internal review against known vulnerability classes (re-entrancy, access control, integer and oracle failures). For anything holding real value we coordinate a third-party audit — managing it, not posing as the auditor.
Who owns the contracts and code when you're done? +
You do — completely. Contracts, dApp code, the integration layer, the test suite, and the threat model all transfer under full work-for-hire IP assignment signed at kickoff, and your team is trained to operate and extend the system. There is no lock-in to us and no token or platform you have to keep paying into.
How do you handle data security and compliance? +
The system is built in your own environment under your access controls, integrations use scoped and permissioned connections, and every engagement starts with an NDA and a security review. We document every on-chain/off-chain data path so your team and compliance function can verify rather than trust — and in regulated settings we keep on-chain data minimal, anchoring hashes rather than exposing records.
What does it cost and how long does it take? +
Cost and timeline depend on contract complexity and, critically, the external audit cycle for value-bearing systems — so we set both explicitly in scoping rather than quoting a generic number. The engagement runs on fixed scope with one accountable lead; a 30-minute scoping call gets you a real range for yours.

Thirty minutes · no pitch deck

Considering blockchain? Start with whether you should.

Bring the problem — we'll tell you honestly whether it needs a blockchain at all, what it would take to build properly, and what it costs. If a database is the right answer, that's the call we'll make.

Book a 30-min scoping call → Email us