Modern industrial operations require instant visibility over machinery status and environmental variables. Through robust systems integration, „Caesar7“ connects programmable logic controllers (PLCs), smart energy meters, and telemetry devices directly into the „Caesar7“ environment. By utilising our dedicated IoT solutions framework, businesses can gather temperature metrics, vibration data, and motor runtime counters without middle-tier bottlenecks.
We implement custom Siemens IoT system integration via high-throughput MQTT and WebSockets, converting raw machine telemetry into actionable dashboards that trigger automated preventative maintenance workflows.

High-volume commercial settings demand instant, fail-safe communication between checkout software and physical hardware. „Caesar7“ develops purpose-built modules that coordinate payment terminals, fiscal printers, cash drawers, and self-service kiosks within a unified digital ecosystem. Whether you are running an automated hospitality concept like our work for the Baltas Tiltas Food Hall multi-vendor project or high-street retail stores, hardware delays degrade customer retention.
Through direct Hansab card terminal integration, every transaction is immediately acknowledged, printing fiscal receipts and triggering physical dispense mechanisms without human intervention.
Manual barcode scanning, bin location verification, and dimension checking often cause severe logistical friction. With custom data integration built into „Caesar7“, warehouse devices such as fixed optical scanners, automated conveyor belts, and weight sensors communicate directly with central inventory. As goods travel along fulfilment lines, hardware automated triggers capture weight and volumetric dimensions, automatically selecting optimal shipping tariffs.
Combined with our custom business process automation services, equipment automation accelerates dispatch schedules, reduces packing errors to zero, and cuts redundant warehouse staffing costs substantially.

Unattended kiosks and automated barriers provide round-the-clock accessibility while reducing staffing overhead. „Caesar7“ engineers proprietary hardware control layers directly within bespoke platforms, enabling interactive kiosks to manage QR scanners, RFID badge readers, electronic door strikes, and automated ticket dispensers. Our custom self-service kiosk software development ensures that when a client checks in, the system handles physical access verification instantaneously.
All credentials are cryptographically verified over bi-directional WebSockets, guaranteeing ultra-low latency authorization and uninterrupted operation even in demanding commercial environments.
For businesses handling high sales volume, connecting physical warehouse machinery with digital sales channels is critical. When physical stock is picked by automated warehouse retrieval cranes or verified by smart shelving systems, our bespoke e-commerce platforms update instantly across all customer-facing storefronts. This tight hardware-to-cloud synchronization prevents overselling, reduces backorder liabilities, and keeps enterprise stock counts immaculate.
Utilizing high-speed API integration, „Caesar7“ enables continuous data exchange, allowing distribution centres across the UK to run autonomous fulfilment workflows with complete confidence.
Unlike third-party agencies that rely on unstable third-party plugins, „Caesar7“ develops all device-interfacing microservices natively inside your platform instance. We do not inject unverified external code into disparate systems; instead, we engineer custom modules inside „Caesar7“ tailored to the exact specifications of your hardware provider. Through comprehensive custom software development, we communicate via API, SOAP, XML, WebSockets, or MQTT.
This bespoke approach ensures complete enterprise data security, high execution speed, and long-term maintainability for UK enterprises seeking future-proof automation solutions.
Components — Consulting — Administration — Dedicated Manager — Proactive Monitoring
Our technical maintenance plans are customized to suit the specific requirements of each project, and project maintenance is guided by strong SLAs (Service Level Agreements). When forming a maintenance contract, team members are assigned to your project to guarantee the attentive operation of your e-commerce project. Technical maintenance encompasses proactive project monitoring and update development.
We offer various backup methods for each project. Essential data is regularly stored on external servers. Backups include databases, system files, documents, and static files. Storing data on external servers helps ensure that information remains secure and accessible even in unforeseen circumstances.
We started developing this project after identifying a need for quality tools for custom order programming in the market. Our unique, self-developed system reflects our commitment to innovation, simplicity, flexibility, and independence.
We carefully select secure and reliable data centres and server providers to host your e-commerce projects safely. Our in-house team of server maintenance specialists ensures optimal system performance.
We prioritize continuous improvement and security. Our system is regularly updated to meet the latest security and functionality standards. We incorporate the most sought-after features to make business processes easier and faster.
We focus on improving internal business processes, analyzing the market and competitors, and creating analytical data and reports. We also provide training on using the system and its new features, testing everything on various devices and in different environments, and offer consulting and tool development for expanding into new markets. Additionally, we develop social media integrations and advertising tools.
We collaborate with trusted branding, design, marketing, and strategy specialists. This collaboration allows us to offer our clients solutions that reflect our team's strengths and the specialized skills of our partners. As a result, we ensure high-quality final products in a rapidly evolving digital environment.