Blockchain & Web3 Development Company in Glasgow

On the Clyde, audit and registration overhead moves a Glasgow blockchain budget more than the contract code does. Three shapes cover most of it: a scoped smart-contract proof of concept, a production deployment with custody integration, an external audit (Trail of Bits, ConsenSys Diligence, Halborn, Sigma Prime), and an FCA registration memo, or a full Web3 platform with multi-chain bridges, account abstraction, tokenised treasury, and ongoing SRE. Scope drivers include threat model, contract suite, internal audit, and a hosted demo on Sepolia or Base Sepolia. Glasgow rates sit roughly 25 to 30 percent below London because Scottish overhead is lower and the local talent pool is well-funded by University of Glasgow, Strathclyde, and Caledonian computer-science pipelines — we pass that saving through. Every proposal is fixed-fee in GBP, not open T&M.

Yes. Our discovery phase classifies whether the token activity falls within the FCA's MLR 2017 cryptoasset registration scope (the register administered by the FCA under the Money Laundering, Terrorist Financing and Transfer of Funds (Information on the Payer) Regulations 2017 as amended), whether the asset is a security under FSMA 2000 and the FCA's Perimeter Guidance, and whether the activity is captured by the upcoming UK stablecoin and broader cryptoasset regime under HM Treasury's published roadmap. We don't give legal advice — your FCA-experienced counsel signs off — but we deliver the technical artefacts (token-economics memo, contract architecture diagram, AML/KYC integration, suspicious-transaction reporting flow, audit reports) that Glasgow-IFSD-aligned law firms expect when they prepare an FCA application or a no-action request.

We have patterned space-tech work after AAC Clyde Space's smallsat assembly model and Spire Global's commercial radio-occultation fleet. The typical build is satellite-data provenance: Merkle-tree commitments of raw payload batches anchored to Bitcoin via OpenTimestamps or to Ethereum L2s with EIP-712 attestations, plus IPFS or Arweave for the underlying NetCDF, HDF5, or proprietary binary files. Customers can verify any historical observation against the on-chain commitment without trusting the operator. We integrate with ground-station systems (SatNOGS-style stacks, commercial ground-segment-as-a-service providers like KSAT or AWS Ground Station), and keep all hosted infrastructure inside AWS eu-west-2 (London) or sovereign UK environments to satisfy UK Export Control and any UK Space Agency-imposed conditions. ITAR-classified payloads use air-gapped chains.

Our internal audit (Slither, Mythril, Echidna, manual review, Foundry invariant testing) is included in every fixed-fee blockchain engagement. External third-party audits are quoted separately because they are run by independent firms — Trail of Bits, ConsenSys Diligence, OpenZeppelin, Halborn, Quantstamp, and Sigma Prime are the firms UK regulators and FCA-supervised banks recognise. Expect GBP £30,000 to £75,000 for a single-contract audit, GBP £100,000 to £350,000 for a full DeFi protocol. We manage the engagement, prepare the audit package, triage findings, and ship the remediation patch within the fixed-fee scope. Reaudits after major changes are typically half the original cost.

For ITAR-controlled work on the Type 26 frigate programme at BAE Govan or wing work at Spirit AeroSystems Prestwick we run a US Person / UK Person export-classification gate on every engineer before any controlled technical data is shared, restrict the project's git repositories and build infrastructure to US/UK staff cleared for the relevant ITAR categories, and document the Technology Control Plan (TCP) the client's compliance officer needs. UK Export Control under the Export Control Order 2008 and the Strategic Export Control Lists is handled through ECJU's SPIRE licensing system when applicable. Chains run on Hyperledger Besu permissioned networks inside AWS eu-west-2, never on public Ethereum mainnet for defence-controlled data. BS 7858 personnel screening to BPSS or SC level is run through accredited UK providers.

Yes, and for many Glasgow use cases — satellite-telemetry provenance at AAC Clyde Space and Spire Global, naval supply-chain pedigree for BAE Govan Type 26 components, renewable-energy origin certificates for Scottish Power and SSE — Bitcoin's settlement guarantees and political neutrality are a better fit than an Ethereum L2. We implement OpenTimestamps for batched commitments (effectively zero per-attestation cost), RSK for richer Bitcoin-anchored smart contracts when needed, and Ordinals or BRC-20 inscriptions only if the use case genuinely needs on-chain payload (rare). The trade-off is latency — Bitcoin confirmations take ten minutes to an hour for finality — so we use OpenTimestamps' calendar servers for instant inclusion proofs that later get anchored on-chain.

Yes. ERC-4337 account abstraction is the default for any consumer-facing or institutional-facing Web3 product we ship to Glasgow IFSD clients — Morgan Stanley, JP Morgan, Barclays technology hubs — because asking institutional users to manage seed phrases is a non-starter for FCA-supervised firms. We deploy Safe smart accounts with multi-signature governance, integrate Pimlico or Stackup bundlers, and add gasless transactions via paymasters funded from the institution's treasury. Session keys handle per-app permissions, ERC-7579 modular accounts let us bolt on passkey (WebAuthn) login and Yubikey hardware-token approval, and FCA-aligned KYC/AML integration via Onfido or Jumio is wired into onboarding. The result is institutional-grade UX with on-chain settlement underneath.

Most novel blockchain work qualifies for HMRC R&D tax relief — the merged scheme (in effect for accounting periods beginning on or after 1 April 2024) provides relief at 20 percent above-the-line for most companies, and the ERIS (Enhanced R&D Intensive Support) at 27 percent for loss-making SMEs with R&D intensity above 30 percent. Eligible blockchain activity generally includes novel cryptographic constructions, gas-optimisation experimentation, zero-knowledge proof integration, new consensus tweaks, and systematic investigation under technological uncertainty — not routine contract deployment or copying an OpenZeppelin template. We deliver time-tracked logs, technical narratives, experiment histories, and the HMRC CT600L documentation your accountant needs. Scotland-based companies receive the same merged-scheme relief; Scottish-Government-administered R&D grants (Scottish Enterprise, Innovate UK Scotland) can sometimes stack. Final eligibility sits with your R&D tax advisor and HMRC.