In the realm of contemporary life, technology has etched itself boldly into the fabric of existence. Innovations continue to burgeon like mighty oaks, fostering revolting changes in almost every aspect of daily life. Now, we're pulling back the veil on the intricate blueprint of technology's relentless surge forward, tracing the intricate pathways that lead to optimizing efficiency and redefining productivity.

To initiate, let's delve deep into the realm of quantum computing—a budding tech innovation promising unforeseeable change. Unlike traditional computers which handle instructions one by one, quantum computers leverage quantum bits, or 'qubits,' to process several computations simultaneously. Quantum technology, while not yet fully realized, is poised to revolutionize industries from healthcare to finance, delivering expedient solutions and heightening productivity manifold.

Shifting our focus to the realm of communication technology, the rise of the 5G network exemplifies unstoppable progression. This fifth generation of mobile technology boasts speeds exponentially faster than its precursors, reducing lag time to virtually nil. Apart from solely promising speedy download and upload times, 5G's low latency properties create invaluable potentials for remote procedures in healthcare, advancing the possibilities of telemedicine and precision surgery.

AI and Machine Learning innovation have proved pivotal in harnessing vast torrents of data, processing them into insightful metrics to improve operational efficiency. Take, for instance, Google’s DeepMind AI, which successfully reduced cooling costs at their data centers by 40%. By extrapolating patterns and innovations using these tools, organizations can improve energy efficiency, mitigate waste, and channel resources into more productive avenues.

In the world of robotics, autonomous drones represent a remarkable leap. Specifically, in warehouse management scenarios, these flying robots can streamline inventory management significantly. Controlled by advanced algorithms, warehouses can function with optimized accuracy and speed, minimizing human error and accelerating operational pace.

Crossing the threshold of VR (Virtual Reality) technology, we find tools like the Oculus Quest transforming the landscape of remote collaboration. Employing spatial computing, these devices enable individuals to share virtual workspaces, providing a feeling of ‘being together,’ fostering seamless collaboration, and drastically cutting the time and costs associated with travel.

Turning the spotlight to blockchain technology, we observe its potential in building transparent, secured, and efficient processes. A high-profile manifestation of this technology in action is IBM’s Food Trust blockchain. This system has dramatically enhanced traceability in the food industry, minimizing fraud, ensuring safety, and bolstering efficiency.

In deciphering the blueprint of the tech innovation cataclysm, one realizes that the center of this labyrinth is efficiency. As we lean increasingly into this world defined by digital lines and silicon brains, it's the optimizing potential of these breakthroughs that truly act as the compass guiding us through this unchartered terrain. This progression—unstoppable, daunting, yet inherently exciting—continues to redefine the parameters of what's possible. Steering through this dynamic landscape requires both an openness to change and a readiness to unlearn and relearn, always focusing on the ultimate goal — efficiency maximized by the art of cutting-edge tech innovations.