Production & asset platforms
Dashboards that pull from historians, SCADA exports, allocation systems and field reports into one number people trust, with the lineage visible so an argument about the figure can be settled.
We are a UK-registered engineering team working remotely with Houston companies: production and telemetry platforms, offline-first field and inspection apps, port, customs and logistics tooling, healthcare operations software, and the AI and machine learning that sits on top. Calls sit in your Central Time morning, your systems run in the US cloud region you choose, and you get a written quote after a free scoping call.
Thanks — that’s with us.
A senior engineer reads every enquiry and will get back to you shortly.
Book a time that suits you, or send a message and get an answer sooner.
1,000+
Clients served since 2020
CT
Daily Central Time overlap
4.6★
Rated on Clutch
USD
Contracts and invoicing
Technologies we build with
Quick answer
SpiderHunts Technologies is a software and AI development company registered in the United Kingdom, with an office in London and engineers in Lahore. We have no Houston office, no Texas entity and nobody on the payroll in the United States. We work with Houston companies remotely: a daily overlap with your Central Time morning, a shared Slack or Teams channel, code in your own repositories, and infrastructure in a US cloud region you control.
Houston is an operational city, and the software follows the operation. Most of what reaches us sits next to physical assets, patients, cargo or regulators: production and asset dashboards for oil and gas operators, measurement and reporting tooling for the energy-transition side of the business, field and inspection apps for crews, batch and terminal systems for petrochemicals, container, customs and demurrage tooling around the port, traceability and supplier portals for aerospace, and operations software for the Texas Medical Center and the clinics around it. That is custom software, mobile apps, data platforms and machine learning, deployed by pipelines you keep.
Two things decide most Houston engagements. The first is connectivity: a great deal of Houston work is done by people who are not at a desk and often not in coverage, so we build offline-first rather than bolting a cache on later. The second is what the data is. Texas now has its own privacy statute in the Texas Data Privacy and Security Act, biometric identifiers are covered separately under the state’s capture-and-use law, and anything touching patient records has both HIPAA and the state medical records act to answer to. We design software to support those obligations; meeting them stays with your organisation and its counsel.
What we build
The application layer over an operation: the part that turns historians, ERPs, terminal feeds and field paperwork into something a person can act on.
Dashboards that pull from historians, SCADA exports, allocation systems and field reports into one number people trust, with the lineage visible so an argument about the figure can be settled.
Sensor ingestion, normalisation, time-series storage and alerting that is tuned rather than deafening. We build the application layer above operational systems; we are not a control-systems vendor.
Apps for crews on pads, platforms, rights of way and plant turnarounds: local storage, queued sync, conflict resolution, photo and barcode capture, and behaviour that degrades gracefully rather than losing a shift of work.
Measurement, monitoring and reporting workflows for carbon capture, hydrogen, LNG and renewables projects, with the calculation method, source data and approvals recorded so a submission can be defended.
Container and cargo tracking that merges EDI, carrier and terminal data, customs and documentation workflows, drayage and yard scheduling, and demurrage and detention audit that catches a charge before it is paid.
Intake, scheduling, referral management, provider portals, clinical and research data tooling for the medical centre and the practices around it, built to the technical safeguards HIPAA expects.
Quality management and lot or serial traceability where you have to prove which batch went where, production scheduling around constraints the ERP does not model, supplier and parts portals, maintenance records.
Predictive maintenance and anomaly detection where the history genuinely supports a model, machine-vision inspection, and extraction from customs paperwork, tickets, certificates and clinical documents.
Why it matters
Houston operators rarely lack information. The historian has the readings, the ERP has the costs, the field crew has the truth, and none of the three are in the same place at the same time.
Have an operational problem in Houston that nobody has had time to fix?
The daily rebuild, the alert nobody trusts, the report that is always wrong. Tell us which one costs you the most, and we will suggest a first build and a realistic range.
Examples
Typical problems Houston teams bring to us, and the software that addresses them. Illustrative examples of what we build, not client results.
A view that reconciles historian readings, allocation output and field-entered volumes into one daily figure per well or facility, showing where each number came from and what changed since yesterday.
Aim: the morning production meeting arguing about decisions rather than about the numbers
A mobile app for crews with no coverage: work orders cached before they leave, readings, photos and signatures captured locally, and a sync that resolves conflicts and never silently drops a record.
Aim: a shift’s work captured once, in the field, instead of retyped that evening
A workflow that gathers meter, sensor and sampling data for a capture or monitoring programme, applies the agreed calculation method, and holds the review and approval chain next to the submitted figures.
Aim: a submission that can be reconstructed from records months later
A system that tracks batches through production and into tankage, keeps certificates of analysis attached to the lot, and reconciles movements across the terminal against nominations and shipping documents.
Aim: a lot traced end to end without a search through shared drives
A service that merges terminal, carrier and appointment data to reconstruct each container’s clock, checks charges against the contract terms and flags the ones worth disputing with the evidence attached.
Aim: charges questioned before they are paid rather than after
Intake forms, document capture and an operations view of referrals across sites, built with encryption, role-based access and audit logs, hosted in a US region under your own cloud account.
Aim: less re-keying between systems, with an access trail your privacy officer can review
How we work
Short stages with a clear output each time, arranged so the time difference is never the reason something waits a day.
A 30-minute call booked in your Central Time morning. We talk through the operation, the systems involved and the constraints, then send a written quote with scope and exclusions.
We map the data model, integrations, access boundaries and, for field work, exactly what happens when the network is gone. In operational and healthcare builds this stage carries most of the risk.
Work lands in your repository from the start. There is a written update every day and a demo each week, both inside your working hours rather than ours.
Historian exports, ERP interfaces, OPC UA or MQTT gateways, EDI and terminal feeds and clinical interfaces are tackled first, not last, with retries, idempotency and reconciliation built in.
We release in stages with monitoring switched on. Documentation, runbooks and code stay in your accounts and repositories, and ongoing development is quoted separately if you want it.
Clear scope · Regular demos · Full handover
Is it right for you?
We would rather tell you to buy a product or hire a firm in the Energy Corridor than take on a project that will not work remotely.
Technology
Mainstream languages, the time-series and messaging tools operational data needs, and deployment into your own US cloud account.
Sectors
Energy, one of the world’s largest medical complexes, a major port, petrochemicals and aerospace. Software here sits next to physical assets and regulated work, and it has to be right.
FAQ
The questions Houston buyers ask before they send a contract, answered plainly.
Still have a question?
Ask us directly — a senior engineer will get back to you.
Ask about your projectNo. SpiderHunts Technologies Ltd is registered in the United Kingdom, with an office at 182-184 High Street N, London E6 2JA and engineers in Lahore, Pakistan. There is no Houston address, no Energy Corridor suite, no Texas entity and no local sales team, and we are not going to invent one. If having an engineer physically on site every week is a hard requirement, hire a local firm — we will tell you that on the first call rather than after the contract.
Houston runs on Central Time, six hours behind London for most of the year and five for the few weeks when the clocks change on different dates. Our afternoon is your morning, so standups, demos and decisions all sit in roughly 8am to midday Central. Lahore is five hours ahead of London again, which means a blocker you raise at the end of your day is often cleared before you sit down the next morning. Anything later than early afternoon Central is scheduled deliberately rather than promised as round-the-clock cover.
Projects are quoted in pounds sterling and invoiced in US dollars at the rate agreed in the quote, so both sides know the dollar figure before work starts. Invoices are raised by SpiderHunts Technologies Ltd against a written scope with milestones, and we can complete a W-8BEN-E for your accounts payable team. Payment by ACH, wire or card. Your legal team is welcome to work from your own master services agreement rather than ours.
In your accounts, not ours. Houston teams often choose Azure South Central US, which is in Texas, or Google Cloud us-south1 in Dallas; AWS has no Texas region, so that work usually lands in us-east-2 in Ohio or us-east-1, with Dallas Local Zones where latency to on-premises systems matters. Code goes to your GitHub, GitLab or Azure DevOps. Engineers get named, least-privilege access you can revoke at any time, and production data stays out of development environments unless you ask otherwise.
It shapes the design. The TDPSA gives Texas residents access, correction, deletion and portability rights and an opt-out of targeted advertising, sale and profiling, and it requires consent before processing sensitive data — which includes biometric identifiers and precise geolocation, so it lands directly on crew-tracking and field apps. Browser-level universal opt-out signals have to be honoured, and biometric identifiers are separately covered by the state’s capture-and-use law, enforced by the Attorney General rather than by private lawsuits as in Illinois. We build the request, consent, retention and audit machinery to support all that; the compliance judgement stays with your organisation and its counsel.
We build to the technical safeguards HIPAA expects: encryption of protected health information in transit and at rest, unique user identity, role-based least-privilege access, automatic logoff, integrity controls and audit logs of who saw which record. We will not call the result HIPAA-compliant, and you should be wary of anyone who does, because compliance covers your policies, training, contracts and physical controls as well as the software. Texas also has its own medical records act, which reaches more organisations than HIPAA does and adds training obligations of its own. Whether a business associate agreement is needed, and what it should say, is a decision for your counsel.
Yes, and for Houston work we treat it as the starting assumption rather than a later enhancement. Coverage fails on a Permian or Eagle Ford pad, offshore in the Gulf, inside a plant during a turnaround and in half the yards along the Ship Channel. So the app holds its own local database, caches the work orders and reference data a crew needs before they leave, captures readings, photos, signatures and barcode scans offline, and syncs on a queue with explicit conflict resolution when the signal returns. We also design for the hardware people actually carry, including intrinsically safe devices in hazardous areas, and for gloves and sunlight rather than an office screen.
Yes, this is a large part of what Houston clients ask for. We ingest sensor and telemetry data, normalise it, store it in time-series form and turn it into dashboards, alerts and forecasts people act on. We connect to anything with a standard interface: OPC UA, MQTT, Modbus gateways, REST APIs, historian exports or a scheduled file drop. One limit we state up front — we are an application software company, not a control-systems vendor. We do not write code that operates safety-critical equipment, and we will say so rather than take the work.
Yes. The problems around Port Houston are visibility and paperwork: cargo and container tracking that merges EDI, carrier and terminal data into one timeline, customs and documentation workflows where a missing form costs real money, drayage and yard scheduling across Barbours Cut and Bayport, and demurrage and detention audit that reconstructs the clock and checks a charge against contract terms before it is paid. Integrations are built defensively, with retries, idempotency and reconciliation, because these feeds will eventually send a malformed record at three in the morning.
You get a written quote after a free scoping call. As typical ranges from our service pages: an internal tool or MVP is £8,000–£20,000 over 4–8 weeks, a business web application £20,000–£45,000 over 2–4 months, and a larger platform or modernisation £45,000–£80,000+ over 3–6 months. A cross-platform mobile app is £15,000–£35,000 and a focused machine learning model £8,000–£25,000. Those are quoted in pounds and invoiced in dollars; cloud and third-party licence costs are separate and stay in your own accounts.
Not in Houston. We are remote-first, so day-to-day work happens over video, Slack or Teams and a shared board. If you are ever in London, you are welcome at the office there. Where a project would normally open with a site visit or a workshop, we run a longer video session across two or three Central Time mornings and ask your own people to walk us through the site on camera, which over a six-hour gap works better than one long day.
We work in English, in writing as well as on calls. Software can ship in more than one language, and in Houston that usually means Spanish: a field app, a plant screen or a patient portal often has to work for a crew or a patient group who would rather read it that way. We build the interface so text, dates, units and number formats are translatable from the start rather than retrofitted. We do not supply translation as a service — your team or your translator provides the wording, and we make sure the product carries it correctly.
Start here
Tell us what you need built, which systems it has to touch and where the people using it will be standing. You will get an honest view on fit, a likely approach and a realistic range, free and with no obligation.
Thanks — that’s with us.
A senior engineer reads every enquiry and will get back to you shortly.
Book a time that suits you, or send a message and get an answer sooner.