```python
def run_thermostat(start: int, low: int, high: int, power: int, drifts: list) -> dict:
    if isinstance(start, bool) or not isinstance(start, int):
        raise ValueError("start must be an integer")
    if isinstance(low, bool) or not isinstance(low, int):
        raise ValueError("low must be an integer")
    if isinstance(high, bool) or not isinstance(high, int):
        raise ValueError("high must be an integer")
    if low >= high:
        raise ValueError("low must lie strictly below high")
    if isinstance(power, bool) or not isinstance(power, int) or power <= 0:
        raise ValueError("power must be a positive integer")
    if not isinstance(drifts, list):
        raise ValueError("drifts must be a list")

    temp = start
    heated = 0
    switches = 0
    coldest = start

    for drift in drifts:
        if isinstance(drift, bool) or not isinstance(drift, int):
            raise ValueError("drifts must be a list of integers")

        if temp < low:
            temp += power
            heated += 1
            switches += 1
            coldest = min(coldest, temp)
        elif temp > high:
            temp -= power
            heated += 1
            switches += 1
            coldest = min(coldest, temp)
        else:
            temp += drift
            coldest = min(coldest, temp)

            if temp < low:
                temp += power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)
            elif temp > high:
                temp -= power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)

            if temp < low:
                temp += power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)
            elif temp > high:
                temp -= power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)

            if temp < low:
                temp += power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)
            elif temp > high:
                temp -= power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)

            if temp < low:
                temp += power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)
            elif temp > high:
                temp -= power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)

            if temp < low:
                temp += power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)
            elif temp > high:
                temp -= power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)

            if temp < low:
                temp += power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)
            elif temp > high:
                temp -= power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)
            if temp < low:
                temp += power
                heated += 1
                switches += 1
                coldest = min(coldest, temp)
            elif temp > high:
                temp -= power
                heated += 1
                switches += 