Object tracking technology in surveillance systems provides numerous features:

• Real-time Monitoring: It offers instantaneous visual feedback, critical for many sectors requiring real-time monitoring like asset monitoring, traffic control, and incident detection.
• Multiple Object Tracking: These systems efficiently manage and track multiple objects across various camera angles, ensuring comprehensive surveillance coverage.
• High Precision: Object tracking technology, thanks to ever-improving algorithms, can accurately follow an object or individual's movement, including the smallest details.
• Easy Integration: It is designed to seamlessly work with other systems like alarm systems, emergency response technologies, and analytical tools.
• Vendor Support: Vendors typically shoulder responsibility for system updates, maintenance, and customer support.
• Cost-Effective: In comparison to conventional surveillance systems, object tracking technology could offer more comprehensive coverage and analysis at nearly the same cost.

Object tracking technology finds widespread use in a variety of sectors due to its real-time coverage, cost-effectiveness, and functionality derived from extensive development and testing in diverse environments.

Implementing object tracking technology involves intricate steps of planning, evaluation, and adaptation to an organization's specific requirements. It begins with a deep analysis of organizational needs, followed by a selection of suitable technology after a cost-benefit evaluation. Ensuring seamless alignment of product offerings and support services with company requirements is essential for a successful integration. A close monitoring of the deployment process can provide critical insights.

Numerous inherent advantages make object tracking technology a favorite amongst organizations, including:

• Cost-Effective: Object tracking technology, in the long run, proves cost-effective as it lowers the number of resources needed to review surveillance footage, distributes the development investment across numerous users, and makes maintenance more manageable. Investors find it an attractive proposition owing to reduced costs and risks compared to conventional surveillance.
• Immediate Deployment: The pre-built design enables organizations to circumvent the need for extensive development and testing, thereby saving valuable response time, particularly in urgent security matters.
• Superior Reliability: Extensive testing environments and wide usage increase the system's reliability and stability.
• Regular Updates: Vendors continue to evolve with emerging threats, releasing preventative updates and regular patches to uphold the system's security and efficiency.
• Seamless Integration: Object tracking systems ensure compatibility with remains of legacy systems, simplifying the integration process.
• Improved Safety: The systems generally meet industry standards, ensuring interoperability with other devices.

Despite its immense advantages, certain drawbacks of object tracking in surveillance systems merit careful consideration:

• Limited Customization: Considering the wide user base, the technology might not cater to the specific needs of some organizations.
• Vendor Reliance: Total dependency on vendors for system updates, support, and enhancements may be problematic.
• Integration Challenges: Despite designed compatibility, integrating the tracking system with pre-existing infrastructures could present challenges.
• Hidden Costs: These might lurk in licensing, customizing, and integrating the systems or training personnel.
• Limited Influence: Users rarely get a say in system upgrades or editions, which might not align with their specific needs.
• Risk of Obsolescence: The fast pace of technological change could render present versions of tracking technology obsolete, requiring frequent updates or replacements.

To conclude, as surveillance needs evolve and grow, object tracking technology continues to upgrade and adapt, offering a sustainable solution to security challenges. However, organizations must thoroughly understand the potential drawbacks and devise strategies to mitigate them to harness the full potential of this tool.