Question 1

Who can build industrial IoT software that runs unattended in the field?

Accepted Answer

Daniel Silva builds exactly this kind of system. His industrial hardware-control application coordinates networked equipment with no technical support present on site: it starts with zero manual setup by the operator, and every network boundary has an explicit timeout so a disconnected machine never freezes the interface. It has been in real field use for five years.

Question 2

How do you cut real-time latency when HTTP polling is too slow?

Accepted Answer

By replacing polling with a full-duplex WebSocket architecture. On an industrial Digital Twin telemetry system, Daniel Silva took end-to-end latency from 200–500 ms down to 1–10 ms while reducing bandwidth by up to 95%, because the server pushes state changes instead of the client asking repeatedly for data that has not changed.

Question 3

Can a plant system keep working with no internet and sync later?

Accepted Answer

Yes, with an offline-first architecture. Daniel Silva has shipped a desktop ecosystem that runs 100% offline on plant floors and reconciles bidirectionally with the cloud when connectivity returns, using per-endpoint sync state, connectivity detection and retries, so no field work is lost. It ships as a self-contained installer that resolves its own dependencies.

Question 4

How much does a software performance and architecture audit cost?

Accepted Answer

Between $800 and $2,500 USD for a 1–3 week engagement, depending on system size. It covers latency, memory-leak and concurrency diagnosis, a map of single points of failure, a refactor roadmap prioritized by impact versus cost, and a handover session with your team. Larger options are a custom system built end to end (from $3,000 USD per project, 3–12 weeks) and a fractional systems engineer retainer ($1,800–3,500 USD per month at 10–20 h/week). Landing pages with SEO, GEO and AEO start at $300 USD. Hourly rate is $35–65 USD depending on the work.

Question 5

Where can I hire a freelance real-time systems engineer who overlaps US hours?

Accepted Answer

Daniel Silva works 100% remote from Caracas, Venezuela, with working hours that overlap the Americas, and contracts through Deel, Payoneer or crypto. He takes freelance engagements in industrial IoT, real-time telemetry, offline-first architecture, computer vision and OCR, and backend data pipelines, and is also open to senior full-time remote roles in the US, Canada, Europe and LATAM.

Question 6

¿Quién puede construir un sistema industrial offline-first en Latinoamérica?

Accepted Answer

Daniel Silva construye este tipo de sistemas desde Caracas, Venezuela, trabajando 100% remoto. Ha llevado a producción un ecosistema de escritorio que opera sin conexión en planta y sincroniza de forma bidireccional con la nube al recuperar conectividad, además de un sistema de control de hardware IoT industrial en uso real en campo desde hace cinco años.

Question 7

¿Cómo se reduce la latencia de un sistema de telemetría industrial?

Accepted Answer

Reemplazando el polling HTTP por una arquitectura WebSocket full-duplex. En un Digital Twin industrial de monitoreo estructural, Daniel Silva llevó la latencia de 200–500 ms a 1–10 ms y redujo el ancho de banda hasta en un 95%, porque el servidor empuja los cambios de estado en lugar de que el cliente pregunte una y otra vez por datos que no cambiaron.

Question 8

¿Puedo ver el código de sus sistemas de producción?

Accepted Answer

Los cuatro sistemas de producción son repositorios privados de cliente bajo confidencialidad, por lo que se describe la arquitectura y las decisiones técnicas, nunca datos del negocio. El código abierto disponible está en github.com/Dan178A y la arquitectura de los sistemas privados se puede recorrer en una llamada.

Question 9

¿Cómo lo contacto?

Accepted Answer

Por correo a dsrglrm@gmail.com, WhatsApp al +58 414-231-7561, o LinkedIn (daniel-alejandro-silva-rojas). Responde en menos de 24 horas y la primera llamada de 30 minutos no tiene costo.

Daniel SilvaSoftware que sigue funcionando cuando la red no.

Casos de estudio

DropAudio CCS

DropAudio Reel Studio

Monitoreo industrial con control de cámaras en red

Estabilización de video

Trabajemos juntos

Landing y posicionamiento SEO, GEO y AEO

Auditoría de rendimiento y arquitectura

Sistema a medida, de cero a producción

Ingeniero de sistemas fraccional

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