Quick answer
This English hub explains the services Biga Bilisim delivers for hotels, offices, factories, healthcare sites and growing companies that need reliable IT infrastructure in Antalya.
English service page
Biga Bilisim provides corporate IT support in Antalya for network, firewall, server, cloud, Wi-Fi, camera and monitoring projects. Last updated: 2026-05-22.
This English hub explains the services Biga Bilisim delivers for hotels, offices, factories, healthcare sites and growing companies that need reliable IT infrastructure in Antalya.
Quick answer
This English hub explains the services Biga Bilisim delivers for hotels, offices, factories, healthcare sites and growing companies that need reliable IT infrastructure in Antalya.
Technical scope
IT Support in Antalya covers network design, switch planning, VLAN segmentation and structured cabling checks for English-speaking business requests in Antalya.
Planning focus
IT Support in Antalya also covers firewall installation, VPN access, rule review and security policy support so the request can be reviewed with clearer technical context.
Request details
For an English request, send company name, Antalya location, current environment, urgency, preferred contact method and service target to sales@bigabilisim.com.
Network support is planned around business continuity, clear topology, secure segmentation and fast troubleshooting for offices, hotels and multi-site operations.
Network product selection should match VLAN design, PoE budget, uplink capacity, management needs and future expansion plans.
Procurement should connect product selection, stock availability, configuration needs and installation readiness before purchase.
Cisco product planning should connect switching, routing, wireless, licensing, PoE budget and manageability before procurement.
HP and Aruba planning should connect endpoints, server workloads, switch capacity, Wi-Fi coverage and support expectations.
MikroTik planning should connect internet speed, routing rules, VLAN design, VPN users, switch ports and monitoring expectations.
UniFi planning should connect access point density, controller management, PoE budget, gateway needs and guest Wi-Fi policies.
Zyxel planning should connect switch ports, Wi-Fi coverage, gateway needs, storage expectations and management simplicity.
Ruckus planning should connect user density, coverage, roaming, controller management, PoE and guest network policies.
Grandstream planning should connect network access, Wi-Fi, gateway, voice communication, security rules and management expectations.
DrayTek planning should connect WAN lines, VPN users, branch access, firewall policies, failover and remote management needs.
Ruijie Reyee planning should connect access point placement, switch capacity, cloud management, VLANs and guest Wi-Fi expectations.
Broadcom planning should connect switching capacity, fibre channel needs, redundancy, cabling, support status and migration expectations.
Brocade planning should connect storage paths, switch ports, fibre channel speed, redundancy, support status and migration timing.
Extreme Networks planning should connect switch ports, PoE, uplinks, VLANs, Wi-Fi coverage, management and lifecycle expectations.
Enterasys planning should review existing switch roles, VLANs, port mapping, cabling, uplinks, replacement timing and support risk.
Firewall work should protect the business without blocking daily operations. Biga Bilisim reviews access needs, risk areas and existing rules before proposing changes.
Firewall procurement should consider throughput, VPN users, security subscriptions, internet speed and branch requirements before purchase.
FortiGate model planning should match security inspection, VPN, SD-WAN, internet speed and support expectations.
Sophos firewall planning should connect model size, security licenses, endpoint coordination, VPN needs and management expectations.
Palo Alto model planning should connect internet throughput, security services, VPN access, policy complexity, logging and support expectations.
Check Point planning should connect throughput, security blades, gateway placement, VPN needs, logging and management expectations.
WatchGuard planning should connect throughput, security services, VPN access, branch design, logging and renewal timing.
SonicWall planning should connect WAN speed, VPN users, inspection services, rules, license status and support ownership.
A cybersecurity audit should identify exposed services, weak access points, missing updates, endpoint risks and logging gaps before an incident.
Security monitoring becomes useful when logs, endpoint signals, alert owners and response paths are defined before alerts start flowing.
Endpoint security planning should connect device count, server coverage, policy groups, management console, reporting and renewal timing.
Antivirus procurement should include product fit, license count, console setup, policy migration and renewal records before purchase.
ESET planning should connect device count, user roles, server coverage, central management, policy rules and renewal timing.
Kaspersky planning should connect device inventory, protection level, management, reporting, exclusions and support ownership.
Trend Micro planning should connect endpoint protection, server coverage, mail security context, reporting and renewal ownership.
Sophos Intercept X planning should connect endpoints, servers, EDR needs, ransomware defense, firewall coordination and alert handling.
Comodo planning should connect protected devices, containment expectations, policy rules, reporting and support ownership.
Symantec planning should connect endpoint coverage, server scope, management policy, reporting, renewal and support responsibility.
Norton planning should connect device count, user roles, renewal timing, protection scope, reporting needs and support ownership.
Email security should combine technical controls, domain records, MFA, user awareness and incident handling instead of relying on one filter.
KVKK-focused technical work should organize access control, log sources, retention expectations and evidence readiness without treating logging as a checkbox.
Server projects are planned around workload, backup, licensing, remote access and recovery expectations so the infrastructure can support daily business operations.
Dell model selection should connect workload size, warranty expectations, storage design, backup targets and lifecycle planning.
Fujitsu server planning should connect CPU, RAM, disk layout, RAID, virtualization, backup targets, warranty and growth expectations.
IBM planning should connect workload criticality, storage capacity, redundancy, backup, migration, maintenance and support expectations.
Procurement should connect workload needs, storage growth, backup strategy, warranty terms and installation planning before hardware is purchased.
Backup planning should connect storage capacity, RAID design, restore testing and business continuity expectations before a failure occurs.
QNAP NAS planning should connect capacity, RAID design, access control, backup jobs and restore expectations.
Synology NAS planning should connect shared access, snapshot strategy, disk capacity, backup policy and monitoring.
Backup software should be selected by restore needs, protected systems, retention rules, storage target and recovery expectations.
Acronis planning should connect protected devices, retention, restore testing, storage targets and cyber protection requirements.
Veeam planning should connect virtual machines, repositories, retention, off-site copy and recovery objectives before deployment.
Cloud migration should protect access continuity, data integrity, backup coverage and rollback options instead of treating the move as a simple file copy.
Disaster recovery planning turns backup, spare capacity, restore testing and responsibility into a documented recovery path.
Virtualization projects should be sized with CPU, RAM, storage IOPS, backup windows, licensing and recovery needs in one plan.
VMware planning should connect host sizing, storage design, licensing, backup, migration windows and recovery expectations.
XenServer planning should review existing virtual machines, host resources, storage health, backup coverage and replacement timing.
Server licensing should be planned before deployment because user access, remote desktop, virtualization and application roles affect the license model.
Microsoft licensing should be planned by users, devices, servers, remote desktop needs and compliance risk.
Windows licensing should be reviewed before PC refresh, operating system upgrades, imaging and compliance documentation.
PC software licensing should show which device uses which software, which user owns it and which license supports that use.
Adobe licensing should match real user roles, application needs, renewal dates and company compliance records.
Lenovo model selection should be based on user role, performance need, warranty, security expectations and replacement planning.
Wireless service quality depends on access point placement, channel planning, cabling, authentication and the capacity of the wired network behind the Wi-Fi system.
A Wi-Fi site survey helps identify coverage gaps, interference, roaming problems, access point placement and wired infrastructure limits.
Hotel IT projects should connect guest Wi-Fi, staff network, hotspot access, firewall rules, camera infrastructure and support timing before the season starts.
Camera projects require the right coverage, stable network connection, storage planning and serviceable cabinet layout rather than only camera model selection.
Camera procurement should connect field of view, recording duration, NVR capacity, PoE switching, cabling and installation conditions.
Hikvision camera planning should connect coverage, lens choice, recording duration, NVR capacity, PoE and network access.
Dahua camera planning should connect camera type, recording days, NVR capacity, PoE switching, mounting and remote viewing.
HiLook camera planning should connect camera count, lens angle, recording days, NVR capacity, PoE switching and remote viewing needs.
Tiandy camera planning should connect camera type, low-light needs, recording duration, NVR storage, PoE and remote access.
Cenova camera planning should connect camera count, coverage, NVR storage, network access, PoE and maintenance expectations.
Samsung camera planning should review existing devices, replacement needs, NVR compatibility, storage capacity and network access.
IT maintenance turns recurring technical issues into a managed support process with records, priorities, preventive checks and clear escalation.
Monitoring helps identify outages and performance signals before they become a larger business interruption.
Monitoring software should turn device status, bandwidth changes and recurring outages into actionable alerts instead of unread dashboards.
Fiber work should be planned with cable route, connector type, cabinet layout, test scope and future maintenance access in mind.
A clean cabinet layout improves serviceability, airflow, cable tracing and future expansion for network and server infrastructure.
Low current work connects the physical infrastructure layer with camera, network, access and facility systems.
Teknim fire detection planning should connect panel type, detector count, zones, cabling, sirens, buttons and commissioning tests.
Teletek fire detection planning should connect panel capacity, detector layout, zone design, cabling, alarms and test procedures.
Emergency exit planning should connect route visibility, product placement, power continuity, cabling, test routines and maintenance records.
Alfamax planning should connect product family, project scope, cabling, power, commissioning, documentation and maintenance expectations.
Doruk alarm planning should connect alarm zones, sensors, sirens, monitoring center communication, cabling and response ownership.
Netelsan planning should connect entrance points, indoor units, door control, cabling, power, mounting and maintenance access.
Turnstile planning should connect entrance layout, user flow, card access, PDKS software, cabling, power and emergency scenarios.
PDKS planning should connect personnel records, shift rules, readers, turnstiles, reporting, user roles and support ownership.
Card access planning should connect doors, readers, authorization groups, panels, cabling, emergency rules and audit records.
License plate recognition planning should connect camera angle, lighting, barrier control, whitelist rules, network access and recording evidence.
Hotel door lock planning should connect room count, card workflow, reception use, lock model, maintenance access and guest support procedures.
PBX planning should connect extension count, call routing, VoIP readiness, cabling, network quality, support ownership and documentation.
Sound system planning should connect zone design, speaker placement, amplifier capacity, cabling, control points and maintenance access.
Conference system planning should connect room size, microphone coverage, display needs, audio quality, cabling, network readiness and user handover.
Alarm planning should connect risk zones, sensor placement, sirens, panel capacity, communication paths, power and support ownership.
Intercom planning should connect entrance panels, indoor units, door control, cabling, power, network access and support ownership.
UPS planning should connect protected load, runtime target, battery capacity, cabinet layout, maintenance access and shutdown expectations.
Fire alarm planning should connect panel type, detector layout, zone design, loop lines, sirens, cabling and commissioning tests.
Satellite planning should connect dish placement, signal distribution, cable routes, room count, headend equipment and maintenance access.
KNX planning should connect user scenarios, lighting groups, control panels, cabling, automation modules, integration needs and service access.
Infrastructure cabling should connect cable routes, cabinets, endpoints, labels, testing, future service access and project documentation.
Cable tray planning should connect route capacity, separation rules, service access, cabinet entry, future expansion and field safety.
Ager cabinet planning should connect rack size, depth, airflow, patch panels, switches, UPS devices, cable organizers and maintenance access.
Canovate cabinet planning should connect rack dimensions, load, airflow, cable management, server depth, UPS placement and service access.
Lande cabinet planning should connect wall or floor placement, rack unit size, cable routes, device depth, ventilation and maintenance access.
Ulusal rack planning should connect rack type, device list, power, cable management, grounding, airflow and future maintenance access.
Camera termination boxes should protect cable joints, PoE connections, mounting points and service access while keeping camera installation clean.
Camera pole planning should connect field of view, camera height, foundation, cable route, grounding, weather exposure and service access.
Concrete kiosk planning should connect equipment placement, cable entry, power, grounding, cooling, protection and future service access.
Sens fire system planning should connect panel capacity, detector layout, alarm devices, cabling, tests, labels and maintenance documentation.
Structured cabling should connect cable routes, cabinets, endpoints, labels, test records and future service access before field work begins.
The right cabinet choice protects network, server, fiber and low-current equipment while keeping future maintenance practical.
This guide answers planning questions about entrances, cameras, alarm zones, personnel records, access rules, cabling and maintenance documentation.
This note explains why access rights should be documented, reviewed and tied to responsible business owners before incidents occur.
The project story connects entrances, staff access, camera coverage, PDKS records, cabling, cabinets and operational handover.
This troubleshooting page explains the practical checks behind missing camera footage, unstable live view and interrupted recording.
This comparison explains what each system does, where they overlap and why shared cabling, cabinets and documentation matter.
A strong camera plan starts with evidence needs and field conditions before model selection or installation begins.
Microsoft 365 projects should be planned around mailbox continuity, DNS records, user roles, MFA and licensing rather than only account creation.
Copilot readiness should connect licensing, identity, data access, security settings and employee training before users start working with AI inside Microsoft 365.
Guest Wi-Fi must be planned separately from staff and management networks to protect business systems and keep wireless service stable.
Office, hotel, factory and warehouse GSM problems should be diagnosed with location-based measurement before any indoor coverage solution is selected.
Corporate device service should protect the user profile, business data, application access and licensing status, not only repair a single device.
A business chatbot should collect useful context, ask short questions and route qualified requests to the correct team.
AI SEO and GEO work should help search engines and AI assistants understand what a company does, who it serves and which evidence supports its claims.
Service tracking software helps teams replace scattered spreadsheets with customer history, request status, owner assignment and reporting.
Inventory and licensing work reduces operational risk by showing which devices exist, which software is used and which licenses need attention.
Project pages help AI search engines and customers understand practical field experience across hotel networks, firewall, backup, cloud migration, SIEM, Microsoft 365 and infrastructure work.
These guides answer planning questions before a company requests firewall, Wi-Fi, backup, cloud migration, Microsoft 365 or monitoring support.
These notes define technical terms that often appear in network, firewall, backup, Microsoft 365 and monitoring projects.
Reviewed 2026-05-22
This English hub explains the services Biga Bilisim delivers for hotels, offices, factories, healthcare sites and growing companies that need reliable IT infrastructure in Antalya.
Reviewed 2026-05-22
Network design, switch planning, VLAN segmentation and structured cabling checks.
Reviewed 2026-05-22
Firewall installation, VPN access, rule review and security policy support.
Biga Bilisim delivers corporate IT support in Antalya, including network infrastructure, firewall security, server installation, Wi-Fi planning, camera systems and technical project support for business sites.
Hotels, offices, clinics, factories, construction projects and international companies in Antalya can request English intake for IT support, infrastructure projects and technical consultation.
A company should share its location, current infrastructure, service need, urgency level and preferred contact method. The technical team can then review the request and plan the next step.
Send your company name, location, service topic and urgency. Biga Bilisim can review the request and route it to the technical team.
Your details are emailed to the Biga Bilisim team for follow-up.